Time and Free Will

• Henri Bergson's 'Time and Free Will' explores the immediate data of consciousness as a departure from traditional abstract philosophy.
• The author argues that reality is a continuous flux of becoming that should be grasped through intuition rather than conceptual construction.
• Concepts are described as tools that break up the flow of reality to serve the practical interests of language and social life.
• The work has achieved significant popularity beyond professional philosophy, reaching a broad cultivated public through its focus on sympathetic insight.
• This English translation was produced with Bergson's direct cooperation to ensure the preservation of his original philosophical intent.

Concepts break up the continuous flow of reality into parts external to one another, they further the interests of language and social life and are useful primarily for practical purposes.

• Professor Bergson argues that intellectualist philosophy fails by substituting an artificial reconstruction of dead fragments for the living movement of reality.
• The text distinguishes between quantitative magnitude, which belongs to space, and the intensity of conscious states, which is purely qualitative.
• Real duration is defined as a succession without distinction, where heterogeneous elements interpenetrate and former states never truly recur.
• The confusion between concrete duration and the abstract, measurable time used in mathematics and physics is identified as the root of most philosophical errors.
• The problem of free will is presented as an illusion created by analyzing an act after it is performed rather than experiencing it from the perspective of the living self.

Instead of attempting a solution in the intellectualist sense, Professor Bergson calls upon his readers to put these broken fragments of reality behind them, to immerse themselves in the living stream of things and to find their difficulties swept away in its resistless flow.

• The text provides an extensive chronological list of lectures and publications by Henri Bergson between 1900 and 1910.
• Key philosophical themes addressed include the nature of dreams, intellectual effort, and the concept of nothingness.
• The bibliography documents Bergson's active participation in international philosophical congresses and his collaboration with various academic societies.
• A miscellaneous section highlights his work on Lucretius, his relationship with William James, and his influence on secondary education.
• The final portion begins a curated list of secondary literature and reviews of Bergson's major works by other contemporary scholars.

Sur l'influence de sa philosophie sur les élèves des lycées, Bulletin de la Soc. fr. de Philos., Jan. 1908, p. 21.

• The text provides an extensive bibliographic list of scholarly articles and books published between 1890 and 1910 regarding Henri Bergson's philosophy.
• Prominent thinkers of the era, including William James, T. E. Hulme, and Josiah Royce, are shown to be actively engaging with Bergson's concepts of time and evolution.
• The citations reveal a diverse range of topics influenced by Bergson, spanning from psychological theories of memory and instinct to the aesthetics of symbolist poetry.
• The international scope of the bibliography highlights the rapid spread of 'The New Philosophy' across British, American, and French intellectual circles.
• Specific debates mentioned in the titles suggest a significant tension between Bergsonian intuition and traditional rationalism or determinism.

Jean Blum, La philosophie de M. Bergson et la poésie symboliste, ( Mercure de France, Sept. 15, 1906).

• This section provides a comprehensive list of early 20th-century scholarly responses to Henri Bergson's philosophical works.
• The bibliography highlights the intense academic debate surrounding Bergson's concepts of time, memory, and creative evolution.
• Many entries reflect a theological or apologetic interest, examining Bergson's ideas in the context of Christian and Thomist thought.
• The list documents the international reach of Bergsonian philosophy, including critiques and summaries from various European congresses and journals.
• Key recurring themes in the cited literature include the tension between intuition and reason and the metaphysical implications of duration.

A. Farges, L'erreur fondamentale de la philosophie nouvelle, ( Revue thomiste, May-June, 1909).

• The text provides an extensive list of scholarly articles and books published between 1890 and 1910 regarding Henri Bergson's philosophy.
• The citations demonstrate a wide geographical reception, including critical responses from French, German, and Italian academic circles.
• Key philosophical themes addressed in these works include free will, the concept of truth, and the relationship between intuition and conceptual thought.
• The bibliography highlights the interdisciplinary impact of Bergson's work on fields such as psychology, sociology, and contemporary lyricism.
• Specific major works by Bergson, such as Creative Evolution and Matter and Memory, serve as the primary subjects for these diverse critical analyses.

Tancrède de Visan, La philosophie de M. Bergson et le lyrisme contemporain, ( Vers et Prose, Vol. XXI, 1910, pp. 125-140).

• The author argues that human language and thought are inherently spatial, forcing us to treat abstract ideas as discrete material objects.
• This spatialization of thought is practical for science but creates artificial contradictions in philosophical inquiry.
• The text identifies a fundamental error in translating unextended qualities into extended quantities, which complicates metaphysical problems.
• Bergson proposes that the debate over free will stems from a confusion between duration and extensity, or succession and simultaneity.
• By dispelling these linguistic and spatial confusions, the author suggests that the traditional objections to free will may entirely disappear.

But it may be asked whether the insurmountable difficulties presented by certain philosophical problems do not arise from our placing side by side in space phenomena which do not occupy space, and whether, by merely getting rid of the clumsy symbols round which we are fighting, we might not bring the fight to an end.

• The text distinguishes between quantitative magnitudes and the qualitative intensity of psychic states like desire, joy, and sorrow.
• It explores how aesthetic and moral feelings, such as grace and pity, are experienced as deep-seated conscious states rather than measurable units.
• The author challenges psychophysics and the methods of Weber and Fechner, arguing that it is a mistake to treat sensations as mathematical magnitudes.
• A distinction is drawn between the superficial self influenced by language and the deeper self where conscious states interpenetrate as an organic whole.
• The concept of pure duration is introduced as a qualitative experience of the mind, distinct from the homogeneous and measurable nature of space.

The two aspects of the self, on the surface well-defined conscious states, deeper down states which interpenetrate and form organic whole.

• The author questions the common assumption that internal conscious states like feelings and sensations can be measured quantitatively.
• While psychophysicists and common sense agree that one sensation can be 'more intense' than another, the philosophical basis for this comparison is obscure.
• True quantitative magnitude relies on the relationship of container to contained, which is easily visualized in physical space or numerical series.
• Applying spatial logic to subjective intensity creates a logical circle, as a stronger sensation does not literally contain a weaker one in the way a larger space contains a smaller one.

But how can a more intense sensation contain one of less intensity?

• The author questions how non-measurable intensities can be treated as magnitudes that increase or diminish like physical space.
• A common distinction is made between extensive quantities, which are measurable, and intensive quantities, which are felt as greater or less.
• The mind tends to translate internal intensity into spatial imagery, such as a coiled spring or a length of thread, to conceptualize magnitude.
• While some define intensity by the magnitude of its objective cause, we often judge the intensity of a sensation without knowing its cause at all.
• The core problem lies in why we perceive a 'less' inside a 'more' when dealing with unextended, internal states of consciousness.

In the idea of intensity, and even in the word which expresses it, we shall find the image of a present contraction and consequently a future expansion, the image of something virtually extended, and, if we may say so, of a compressed space.

• The author argues that we judge the intensity of internal psychic states without needing to measure external causes or physical forces.
• Scientific theories attempt to reduce the intensity of sensations to the extensive movement of atoms or molecules in the brain.
• Even if sensations correspond to molecular disturbances, consciousness experiences the sensation itself rather than the underlying mechanical work.
• The problem of intensity is complicated by the fact that we use the same term for both external muscular efforts and deep-seated internal emotions.
• Deep-seated psychic states like aesthetic emotion or profound sorrow appear self-sufficient and independent of external measurement.

For, quite possibly, the intensity of a sensation bears witness to a more or less considerable work accomplished in our organism; but it is the sensation which is given to us in consciousness, and not this mechanical work.

• Pure intensity in psychic states is not a measurement of magnitude but a qualitative shade that permeates the entire consciousness.
• A deep passion is recognized not by its size, but by the way it alters the perception of all surrounding objects and ideas.
• The reflective consciousness mistakenly treats emotions as distinct things with outlines because it prefers the clarity of spatial metaphors.
• Hope is often more intense than possession because it contains an infinity of possible futures that reality must eventually narrow down.
• Joy and sorrow represent a shift in the weight and speed of our internal states, rather than an isolated feeling occupying a corner of the soul.

The idea of the future, pregnant with an infinity of possibilities, is thus more fruitful than the future itself, and this is why we find more charm in hope than in possession, in dreams than in reality.

• Extreme joy and sorrow are not just changes in magnitude but qualitative alterations that transform the entirety of one's psychic state.
• Sorrow is characterized by an impoverishment of thought and a fixation on the past, eventually leading to a state where even misfortune provides a bitter pleasure.
• The feeling of grace begins as a perception of ease in movement, specifically when current motions prefigure and announce future ones.
• Grace evolves into a sense of physical sympathy when rhythm allows the observer to feel as though they are controlling the movements of another.
• These increasing intensities of aesthetic and emotional feelings are actually the introduction of entirely new elements rather than a simple increase in size.

As we guess almost the exact attitude which the dancer is going to take, he seems to obey us when he really takes it: the regularity of the rhythm establishes a kind of communication between him and us, and the periodic returns of the measure are like so many invisible threads by means of which we set in motion this imaginary puppet.

• Grace is defined not merely by a saving of effort, but by a virtual sympathy and a suggestion of movement toward the observer.
• The feeling of beauty is a qualitative progress that we mistakenly interpret as a change in magnitude due to the limitations of language.
• Art functions by lulling the active and resistant powers of our personality into a state of perfect responsiveness, similar to hypnosis.
• Music and poetry use rhythm to suspend the normal flow of sensations, forcing the soul into a state of self-forgetfulness where it thinks and sees with the artist.
• The author suggests that art may be prior to nature, as we often perceive nature as beautiful only when it happens to meet the criteria established by artistic processes.

In the processes of art we shall find, in a weakened form, a refined and in some measure spiritualized version of the processes commonly used to induce the state of hypnosis.

• Art functions by suggesting feelings rather than merely expressing them, using rhythm and symmetry to lull the conscious personality into a receptive state.
• The aesthetic experience is compared to hypnosis, where the subject's will is suspended to allow a suggested idea to fill the entire mind.
• Beauty is not a specific feeling but an aesthetic character assumed by any feeling that is suggested rather than directly caused by external stimuli.
• The merit of a work of art is measured by the richness and depth of the feeling it conveys, reflecting a significant portion of the artist's personal history.
• True art enables the audience to share in complex, indefinable emotions that cannot be communicated through intellectual understanding alone.

There are thus distinct phases in the progress of an aesthetic feeling, as in the state of hypnosis; and these phases correspond less to variations of degree than to differences of state or of nature.

• Art functions by using outward signs to trigger mechanical imitation in the observer, breaking down the barriers of time and space between consciousnesses.
• The depth of aesthetic beauty is determined by the number of elementary psychic phenomena the artist can evoke within a single fundamental emotion.
• True pity is defined not merely as a fear of suffering, but as a paradoxical desire for it and a need for self-abasement to avoid complicity with nature's injustices.
• The intensity of pity represents a qualitative progression through stages of repugnance, fear, sympathy, and finally humility.
• While deep-seated psychic states are internal, most passions involve physical symptoms and muscular efforts that bridge the gap between intensity and extensity.

The essence of pity is thus a need for self-abasement, an aspiration downwards.

• Common sense often views the human will as a psychic force imprisoned in the soul, waiting to be released in regulated amounts.
• This conception leads to the belief that purely psychic states can possess magnitude or volume, similar to physical muscular force.
• Traditional science, represented by Bain and Wundt, suggests that consciousness perceives the outgoing stream of nervous energy during effort.
• William James challenges this view by arguing that the sensation of effort is actually the perception of resulting muscular movements elsewhere in the body.
• Experiments with paralytics show that when a patient attempts to move a useless limb, they unconsciously contract other muscles, creating a false sense of internal force expenditure.

We picture to our minds a psychic force imprisoned in the soul like the winds in the cave of Aeolus, and only waiting for an opportunity to burst forth.

• Professor James argues that the feeling of effort is a centripetal sensation originating from the periphery of the body rather than a centrifugal force launched from the center.
• The perceived intensity of a muscular effort is actually a measurement of the total surface area of the body affected by sympathetic muscle contractions.
• As an effort increases, consciousness fails to notice the spread of tension to other limbs and instead misinterprets this expansion as a localized increase in magnitude.
• What we perceive as a quantitative increase in a single sensation is often a qualitative shift, such as when the sensation of weight transforms into fatigue and then into pain.
• The mind tends to mistakenly project the total physical work of the organism onto a single psychic state, creating an illusion of intensive magnitude.

In reality, what you experience in your hand remains the same, but the sensation which was at first localized there has affected your arm and ascended to the shoulder; finally, the other arm stiffens, both legs do the same, the respiration is checked; it is the whole body which is at work.

• The consciousness of increased muscular effort is actually a perception of more numerous peripheral sensations and qualitative changes in those sensations.
• Consciousness tends to localize complex internal changes to a single point in space, creating the illusion of a single feeling growing in magnitude.
• Intellectual effort and attention are not purely psychic but are intrinsically linked to physical movements and muscular contractions.
• The sensation of 'tension of soul' or immaterial effort can be reduced upon analysis to muscular contractions spreading over a wider surface or changing into fatigue and pain.
• Violent emotions like anger, terror, and passion follow the same logic, where their perceived intensity is derived from the complexity of physical sensations.

Analyse this impression and you will find nothing but the feeling of a muscular contraction which spreads over a wider surface or changes its nature, so that the tension becomes pressure, fatigue and pain.

• Violent emotions like rage and fear are fundamentally linked to systems of muscular contractions and organic disturbances.
• The intensity of an emotion is measured by consciousness through the number and extent of the bodily surfaces involved in the reaction.
• While an irreducible psychic element or idea guides the direction of the emotion, the feeling of intensity vanishes if all physical symptoms are removed.
• Restrained emotions may seem intense because consciousness focuses more acutely on the details of the movements it is trying to conceal.
• As emotions transition from violent to deep-seated, peripheral physical sensations are replaced by a complex internal orientation of ideas and memories.

Suppress them entirely, and the more or less intense state of terror will be succeeded by an idea of terror, the wholly intellectual representation of a danger which it concerns us to avoid.

• The intensity of deep-seated feelings and violent emotions alike is defined by the multiplicity of simple states that consciousness discerns within them.
• A central philosophical problem arises in explaining how inextensive and indivisible sensations can possess magnitude or quantity.
• The author distinguishes between affective sensations, like pleasure and pain, and representative sensations to better isolate the nature of intensity.
• Pleasure and pain may function as utilitarian signs of future reactions rather than mere conscious translations of past physical stimuli.
• The introduction of affective sensation serves as a bridge between external actions and free, volitional reactions, distinguishing them from automatic movements.

It seems indeed somewhat improbable that nature, so profoundly utilitarian, should have here assigned to consciousness the merely scientific task of informing us about the past or the present, which no longer depend upon us.

• Pleasure and pain function as signs of nascent freedom, allowing a conscious being to resist automatic physical reactions.
• The intensity of an affective sensation is defined as the consciousness of involuntary movements that are beginning to take shape within the body.
• Unlike molecular disturbances which remain unconscious, the automatic movements following a stimulus must be conscious to allow for a choice between reactions.
• The magnitude of pain is not a simple linear increase in volume but is better compared to a symphony where an increasing number of organic instruments join in.
• Intensity is ultimately measured by the extent of the organism that 'sympathizes' with the stimulus through localized contractions and reactions.

If such be the case, we shall not compare a pain of increasing intensity to a note which grows louder and louder, but rather to a symphony, in which an increasing number of instruments make themselves heard.

• The author argues that the intensity of sensations like disgust or pain is actually a measure of the number and variety of organic disturbances in the body.
• Extreme suffering is defined by the organism's urgent, diversified efforts to escape the cause of pain rather than a purely mental magnitude.
• Pleasure is interpreted as a physical inclination or spontaneous movement of the body toward an object, rather than a static state of mind.
• The keenness of a pleasure is described as a form of organic inertia, where the body resists any distraction or alternative sensation.
• Without these physiological reactions and subsequent movements, sensations would be perceived as distinct qualities rather than measurable quantities.

When we define inclination as a movement, we are not using a metaphor. When confronted by several pleasures pictured by our mind, our body turns towards one of them spontaneously, as though by a reflex action.

• Sensory intensity is often interpreted through the physical reactions or shocks our bodies experience in response to external stimuli.
• Qualitative differences in taste and smell are frequently mistaken for quantitative differences due to the affective pleasure or repugnance they provoke.
• We measure the weakness of a sensation by the amount of conscious effort or attention required to perceive it clearly.
• Extreme sensations can momentarily dissolve our sense of personality, overwhelming the consciousness with irresistible reflex movements.
• The perceived magnitude of a medium sensation often depends on its ability to monopolize a quiet mind, such as a watch ticking at night.

When a cannon is fired off close to our ears or a dazzling light suddenly flares up, we lose for an instant the consciousness of our personality.

• The author argues that intensity is not a measurable magnitude but a qualitative shade of sensation that we mistakenly quantify.
• We habitually project the measurable physical cause of a sensation into the sensation itself, confusing the effort of the cause with the quality of the effect.
• The example of a pinprick demonstrates how distinct qualitative stages—tickling, touching, and pain—are erroneously viewed as a single increasing intensity.
• Auditory intensity is often perceived through the lens of the muscular effort required to reproduce the sound, such as raising one's voice.
• The suggestive power of music relies on the listener internally repeating sounds to recreate the original psychic state and bodily attitude of the performer.

How will the expressive or rather suggestive power of music be explained, if not by admitting that we repeat to ourselves the sounds heard, so as to carry ourselves back into the psychic state out of which they emerged?

• The author argues that perceived differences in sound pitch are qualitative rather than quantitative in nature.
• Spatial metaphors for pitch, such as high and low, originate from the muscular effort and physical resonance felt in the body during vocalization.
• The transition between notes is perceived as a jump across an interval because of the discontinuous nature of the muscular tension required to produce them.
• Sensations of heat and cold are distinct in nature rather than degree, as evidenced by specific physiological receptors and unique psychological qualities.
• Intensity in sensation is often a misinterpretation of the increasing surface area of the body affected or the magnitude of the reaction called forth.

But the sound would remain a pure quality if we did not bring in the muscular effort which produces it or the vibrations which explain it.

• The author argues that what we perceive as an increase in the magnitude of a sensation is actually a qualitative change in the sensation itself.
• Sensations of pressure and weight are measured by the extent of the organism affected and the number of sympathetic muscular efforts involved.
• The illusion of quantitative intensity arises because we project the external cause of a sensation into the internal effect.
• Muscular sensations possess unique local signs and shades that consciousness mistakenly interprets as continuous movement in homogeneous space.
• A sudden disappointment of the muscles occurs when we lift an unexpectedly light object, revealing the complex bodily preparation involved in perception.

You will think you are losing your balance when you catch hold of it, as though distant muscles had interested themselves beforehand in the operation and experienced a sudden disappointment.

• The author argues that what we perceive as a quantitative change in weight is actually a qualitative difference in the 'heavy movement' felt by the muscles.
• Luminous intensity is often a psychological interpretation of qualitative changes in hue rather than a direct measurement of quantity.
• Human consciousness tends to ignore actual shifts in color—such as red turning yellow under bright light—to maintain the illusion of a constant object color.
• The understanding habitually substitutes quantitative interpretations for immediate qualitative impressions to simplify our interaction with the physical world.
• Scientific instruments like photometers reinforce the belief in measurable intensity, even though our internal experience is one of shifting shades and tones.

Having made up our mind, once for all, to interpret changes of quality as changes of quantity, we begin by asserting that every object has its own peculiar colour, definite and invariable.

• Psychophysicists attempt to measure luminous sensations directly, but they often mistake physical causes for psychological effects.
• Immediate consciousness perceives a reduction in light not as a decrease in intensity, but as the introduction of a new qualitative shade or layer of shadow.
• Black and grey possess their own psychological reality rather than being mere absences or mathematical fractions of white light.
• The perception of light changes in discrete steps because a new quality must be produced before the mind acknowledges a shift in illumination.
• Photometric experiments actually compare external physical effects rather than the internal, qualitative nature of human sensation.

This shadow is a reality to your consciousness, like the light itself.

• The physicist uses identical sensations as a neutral intermediary to compare physical quantities, whereas the psychophysicist attempts to measure the sensation itself.
• Delbœuf’s experiments utilize concentric rings of varying grey shades to determine if an observer can perceive equal 'distances' or contrasts between different intensities.
• The author questions whether a contrast between two sensations can truly be called equal to another contrast if the underlying elements are differently composed.
• The perception of intensity as a magnitude may be an illusion caused by our ability to count the number of intermediate shades between two points in a series.
• If colors appeared in a fixed sequence from birth, we would likely treat them as degrees on a scale or notes in a gamut rather than distinct qualities.

The sensation of light here plays the part of the auxiliary unknown quantity which the mathematician introduces into his calculations, and which is not intended to appear in the final result.

• The author argues that interpreting sensations of light as measurable magnitudes is a convenient metaphor rather than a physical reality.
• Delbœuf’s psychophysics relies on the assumption that the human mind can perceive equal distances between different shades of grey.
• We mistakenly promote changes in quality into variations of magnitude because our past experience links grey tints to progressive changes in illumination.
• The estimation of 'equal contrast' between shades is highly subjective and varies significantly between different observers as the brightness gap increases.
• The fundamental postulate of psychophysics assumes that the smallest perceptible increases in physical stimulation represent equal quantities of sensation.

Hence we do for the differences of brightness what we do not think of doing for the differences of colour: we promote the changes of quality into variations of magnitude.

• The text explores Weber's Law, which posits that the increase in stimulus required to produce a change in sensation is proportional to the original stimulus.
• Fechner attempts to transform this observation into a mathematical measurement of sensation by treating small changes in consciousness as quantifiable units.
• The transition from observation to law requires the assumption that all 'smallest perceptible increases' of sensation are equal to one another.
• By applying calculus to these small differences, psychophysics seeks to integrate stimulus changes into a definitive equation for the 'amount' of sensation.
• The author questions the fundamental logic of this transition, specifically whether two non-identical sensations can truly be considered equal or additive.

But, unless they are identical, we do not at first see how two sensations can be equal.

• External objects possess both qualitative and extensive aspects, but measurement is only possible when the qualitative element is eliminated.
• Psychophysics attempts the contradictory task of measuring the very qualitative element that must be discarded for mathematical identity to exist.
• Fechner attempted to bypass this by defining 'minimum differences' as identical units, treating the smallest perceptible change as a constant quantity.
• By treating sensation as a sum of these minimum differences, Fechner established a mathematical relationship between stimulus and perception.
• The author challenges the fundamental postulate that a change in consciousness should be regarded as an arithmetical difference at all.

I am now notified of the increase of the cause: but why should I call this notification an arithmetical difference?

• The author argues that the transition between two mental states is a qualitative change rather than an arithmetical difference or measurable quantity.
• Psychophysics erroneously treats the interval between sensations as a reality, when in fact only the sensations themselves exist as distinct experiences.
• The concept of a 'differential sensation' is criticized as an arbitrary definition rather than a reflection of how consciousness actually functions.
• Delbœuf’s findings are dismissed as a vicious circle where the observer mistakes the contrast between simultaneous sensations for a mathematical magnitude.
• We tend to project the continuous increase of a physical stimulus onto the resulting mental effects, falsely turning qualitative shifts into numerical sums.

In the first case you will find a difference between S and S' like that between the shades of a rainbow, and not at all an interval of magnitude.

• Psychophysics relies on a symbolic interpretation that treats internal qualities as if they were external quantities.
• The perception of equal differences between sensations is a result of mental landmarks and past experiences with continuous physical causes.
• Both Fechner and Delbœuf operate on the same flawed postulate that sensations can be measured like physical objects.
• Common sense and physics collaborate to objectify subjective states because external causes are more practical to navigate than internal feelings.
• The discipline of psychophysics is trapped in a vicious circle where it must assume its conclusion to verify its experiments.

The fact is that there is no point of contact between the unextended and the extended, between quality and quantity.

• Psychophysics attempts to apply quantitative measurement to qualitative sensations by bridging the gap between stimulus and internal feeling.
• Fechner's work suggests that if sensations can be judged as stronger or weaker, there must be a mathematical relationship governing their intensities.
• Intensity is viewed through a double aspect: as an estimate of an external cause's magnitude or as a multiplicity of internal psychic phenomena.
• The perception of intensity in representative states is often an 'acquired perception' based on the quality of the effect produced by a cause.
• The concept of intensity sits at the intersection of external extensive magnitude and the internal image of psychic multiplicity.
• The author proposes to investigate whether this inner multiplicity is truly numerical or belongs to the realm of pure duration.

The idea of intensity is thus situated at the junction of two streams, one of which brings us the idea of extensive magnitude from without, while the other brings us from within, in fact from the very depths of consciousness, the image of an inner multiplicity.

• The author proposes to investigate the form duration takes when the concept of space is removed from our perception of inner states.
• Confusing quality with quantity corrupts our understanding of change, movement, and the fundamental nature of free will.
• The text argues that the problem of free will arises from a mistake in how the question is framed rather than a need for a solution.
• Number is defined as a synthesis of the one and the many, where a single intuition represents a sum of distinct parts.
• Counting requires the assumption of identity among units, necessitating that individual differences be neglected in favor of commonalities.

But by invading the series of our psychic states, by introducing space into our perception of duration, it corrupts at its very source our feeling of outer and inner change, of movement, and of freedom.

• The concept of number requires a multiplicity of units that are simultaneously identical in nature yet distinct in position.
• To form a sum, successive units must be retained and set alongside one another, a process that necessitates a spatial juxtaposition.
• Abstract numbers often function as mere symbols for calculation, but any attempt to truly visualize a number requires an extended image in space.
• Pure duration consists of succession without addition; for terms to be added into a sum, they must 'wait' in a localized spatial field.
• Counting in time is a deceptive habit where we mistake the moments of counting for the spatial points that actually allow for the accumulation of a total.

For though we reach a sum by taking into account a succession of different terms, yet it is necessary that each of these terms should remain when we pass to the following, and should wait, so to speak, to be added to the others: how could it wait, if it were nothing but an instant of duration?

• The act of counting requires fixing moments in space to form a sum, as past moments have vanished and only leave traces in spatial representation.
• Every clear idea of number implies a visual image in space, even if the mind eventually dispenses with the image through habit.
• There is a distinction between the 'ultimate' unit of a mental act and the 'provisional' unit that can be subdivided into infinite fractions.
• A unit is only divisible if it is regarded as an extended object in space, rather than a simple, indivisible intuition of the mind.
• The process of addition involves objectifying units, which effectively transforms a mental act into a spatial multiplicity.

How could we split it up into fractions whilst affirming its unity, if we did not regard it implicitly as an extended object, one in intuition but multiple in space?

• The formation of a number is a discontinuous process requiring the mind to jump from one indivisible unit to the next.
• While the act of counting is discrete, the resulting number is perceived as a continuous object that can be divided infinitely.
• The transition from a mental act to a finished concept involves a shift from subjective discontinuity to objective spatial continuity.
• Objectivity is defined by the perception of potential subdivisions within a whole that remains visually or mentally unchanged.
• Units are treated as provisionally indivisible during construction but are revealed as extended and divisible once the number is formed.

It is always by jerks, by sudden jumps, so to speak, that we advance from one to the other.

• The mind constructs number by concentrating attention on different parts of space and then joining them into a simultaneous whole.
• Arithmetic relies on the ability to split units without limit, a process that requires a homogeneous medium like space to function.
• There are two distinct types of multiplicity: material objects counted directly in space and conscious states that can only be counted through symbolic spatial representation.
• Purely psychic states or sensations, such as the sound of a bell, are not naturally countable unless they are stripped of their qualitative essence and projected into an ideal space.
• When we perceive a sequence without spatializing it, we experience a qualitative rhythm or 'air' rather than a quantitative sum.

Either I retain each of these successive sensations in order to combine it with the others and form a group which reminds me of an air or rhythm which I know: in that case I do not count the sounds, I limit myself to gathering, so to speak, the qualitative impression produced by the whole series.

• The author argues that counting requires a spatial medium because moments of pure duration cannot persist to be added together.
• There are two distinct types of multiplicity: the numerical multiplicity of material objects and the qualitative multiplicity of conscious states.
• States of consciousness naturally permeate one another and can only be counted when we project them onto a spatial representation of homogeneous units.
• The impenetrability of matter is a logical necessity derived from the definition of number rather than a physical property discovered by the senses.
• To conceive of the number two is inherently to conceive of two distinct positions in space, making number and space inseparable concepts.

In reality, it is not a physical but a logical necessity which attaches to the proposition: "Two bodies cannot occupy the same place at the same time."

• The concept of number is immediately applicable to extended objects in space, whereas states of consciousness must be symbolically represented in space to be counted.
• Homogeneous time, as commonly understood, is a medium where conscious states are arranged like objects in space, effectively making it a form of space rather than true duration.
• Projecting psychic states into a spatialized time alters their nature, transforming pure quality into a discrete multiplicity that reflective consciousness can measure.
• True duration is fundamentally different from the spatialized time used for counting, requiring a vigorous effort of abstraction for the mind to perceive its own inner reality.
• The author questions whether space is an independent container or an abstract quality extracted from representative sensations.

Let us ask consciousness to isolate itself from the external world, and, by a vigorous effort of abstraction, to become itself again.

• Kant’s Transcendental Aesthetic posits space as an independent reality of a different order than the sensations that occupy it.
• Both nativists and empiricists largely follow the Kantian tradition by treating sensations as inherently inextensive and qualitative.
• Empiricists attempt to explain how unextended sensations synthesize into extensity, much like water forming from the combination of gases.
• The author argues that no synthesis of unextended parts can result in space without the active intervention of a mind to establish relations.
• The act of setting sensations in juxtaposition is identified as an a priori form of sensibility, reinforcing the necessity of mental activity in perception.

The empirical or genetic explanations have thus taken up the problem of space at the very point where Kant left it: Kant separated space from its contents: the empiricists ask how these contents, which are taken out of space by our thought, manage to get back again.

• Space is defined as an empty homogeneous medium that allows the mind to distinguish between identical and simultaneous sensations.
• The mind performs an active role by perceiving extensive homogeneity even when presented with qualitative heterogeneity in sensory impressions.
• A distinction must be made between the raw perception of extensity and the intellectual conception of space as a geometric abstraction.
• Animals likely perceive direction as a qualitative 'shade' or feeling rather than as a purely geometrical or homogeneous coordinate system.
• The human ability to conceive of an empty medium is a unique mental reaction against the inherent heterogeneity of natural experience.

But the conception of an empty homogeneous medium is something far more extraordinary, being a kind of reaction against that heterogeneity which is the very ground of our experience.

• The human intellect possesses a unique faculty for perceiving space as a homogeneous medium devoid of quality.
• Homogeneity allows for the use of clean-cut distinctions, counting, abstraction, and the structure of language.
• Time is often mistakenly treated as a homogeneous medium, but this conceptualization is actually a reduction of time to space.
• While material objects are defined by their mutual externality in space, states of consciousness permeate one another and lack inherent externality.
• The author argues that time conceived as a homogeneous medium is a 'spurious concept' resulting from space trespassing upon pure consciousness.

We shall see that time, conceived under the form of an unbounded and homogeneous medium, is nothing but the ghost of space haunting the reflective consciousness.

• The author distinguishes between pure duration and a superficial conception of time that is contaminated by the idea of space.
• Pure duration is described as an organic whole where conscious states permeate one another rather than being set side by side.
• A musical melody serves as an analogy for duration, where notes melt into one another and a change in one note alters the qualitative character of the entire phrase.
• Humans habitually project time into space, creating a mental image of succession as a continuous line or chain of distinct points.
• The act of ordering or reversing a succession requires the mind to treat moments as simultaneous and distinct, effectively converting time into spatial extensity.

Might it not be said that, even if these notes succeed one another, yet we perceive them in one another, and that their totality may be compared to a living being whose parts, although distinct, permeate one another just because they are so closely connected?

• The author argues that any attempt to visualize time as a line or a sequence of distinct points surreptitiously introduces the concept of space.
• Pure duration is defined as a succession of qualitative changes that melt into and permeate one another without precise outlines or numerical separation.
• To perceive a succession as a line, one must mentally step outside the sequence to view multiple points simultaneously, which requires a three-dimensional spatial framework.
• Measuring time through mechanical means, such as a pendulum, replaces actual lived duration with a symbolic representation of points on a fixed line.
• The mistake of many philosophers is treating duration as a simpler version of space rather than recognizing it as a fundamentally different, purely qualitative experience.

In a word, pure duration might well be nothing but a succession of qualitative changes, which melt into and permeate one another, without precise outlines, without any tendency to externalize themselves in relation to one another, without any affiliation with number: it would be pure heterogeneity.

• The author distinguishes between pure duration, which is a qualitative multiplicity, and the symbolic representation of time as a measurable quantity.
• True consciousness perceives events not as separate units in space, but as permeating one another like the notes of a musical tune.
• The hypnotic effect of a pendulum or rhythmic sound arises from the qualitative organization of the whole rather than the mere sum of individual movements.
• When we attempt to measure duration, we inadvertently replace it with the concept of space, treating moments as external to one another.
• Scientific fields like astronomy and mechanics rely on a homogeneous version of time that treats it as a magnitude to calculate velocity and movement.

I shall perceive one in the other, each permeating the other and organizing themselves like the notes of a tune, so as to form what we shall call a continuous or qualitative multiplicity with no resemblance to number.

• The author argues that clocks do not measure duration itself, but rather count a series of simultaneities between a physical object and our consciousness.
• True duration is an internal process where conscious states melt into one another, whereas external space only ever contains a single present position of a pendulum.
• Succession only exists for a conscious spectator who can retain the past in memory and set it alongside the present in an auxiliary mental space.
• We mistakenly project the spatial externality of clock oscillations onto our inner lives, leading to the false idea of time as a homogeneous, measurable magnitude.
• A process of 'endosmosis' occurs where we create a fourth dimension of space to house the memory of past movements, which we then mislabel as time.

Now, let us withdraw for a moment the ego which thinks these so-called successive oscillations: there will never be more than a single oscillation, and indeed only a single position, of the pendulum, and hence no duration.

• The author distinguishes between the space traversed, which is a divisible and homogeneous quantity, and the act of traversing, which is an indivisible quality of consciousness.
• Duration is often mistakenly viewed as a homogeneous medium because we confuse the mental synthesis of movement with the physical path it leaves behind.
• Motion is described as a psychic and unextended process, functioning as a qualitative organization of sensations similar to the unity of a melody.
• The concept of simultaneity acts as the intersection where the external world of space meets the internal reality of conscious duration.
• A 'case of endosmosis' occurs when we intermingle the intensive sensation of mobility with the extensive representation of the physical space covered.

We are thus compelled to admit that we have here to do with a synthesis which is, so to speak, qualitative, a gradual organization of our successive sensations, a unity resembling that of a phrase in a melody.

• The paradoxes of the Eleatics, such as Achilles and the tortoise, arise from the false identification of motion with the space it traverses.
• While space is a homogeneous medium that is infinitely divisible, a movement is a simple, indivisible act of duration that cannot be treated as a collection of points.
• Zeno's error lies in reconstructing Achilles' movement using the tortoise's steps, effectively treating both as synchronized objects rather than distinct qualitative acts.
• Mathematics remains valid when determining simultaneous positions in space, but it fails to capture the true nature of motion as a quality of duration.
• The solution to these paradoxes requires distinguishing between the quantitative extent of space and the qualitative nature of movement existing outside of space.

It is quite possible to divide an object, but not an act.

• Science mistakenly attempts to reconstruct the interval between two points of time by treating it as a series of static simultaneities.
• To make time and motion measurable, science must first strip them of their essential qualitative elements: duration and mobility.
• Mechanics defines the equality of durations not by the lived experience of time, but by the measurement of space traversed by identical bodies.
• The interval of duration exists only within human consciousness through the interpenetration of psychic states, while the external world contains only space.
• Scientific formulas would remain unchanged even if the universe's motions accelerated significantly, as science only counts the extremities of intervals.
• Astronomical predictions function by infinitely shortening intervals of duration, collapsing centuries of lived experience into a few seconds of calculated simultaneities.

Science has to eliminate duration from time and mobility from motion before it can deal with them.

• Uniform motion is defined by mechanics through the comparison of spatial intervals and simultaneous physical events rather than an internal sense of time.
• Variable motion is calculated by establishing a limit between two uniform velocities as the spatial intervals around a point approach zero.
• The mathematical analysis of movement relies exclusively on spaces already traversed and positions reached at specific moments.
• Mechanics essentially treats motion as a series of immobilities, focusing on finished results rather than the active process of moving.
• Algebraic equations are inherently incapable of representing the 'unceasingly being done' nature of duration and motion as experienced by consciousness.

We were thus justified in saying that, while all that mechanics retains of time is simultaneity, all that it retains of motion itself—restricted, as it is, to a measurement of motion—is immobility.

• Mathematics and physics necessarily exclude the lived experience of duration and motion by focusing only on discrete points and spatial intervals.
• Duration is a mental synthesis that is essentially heterogeneous and continuous, possessing no true analogy to the numerical properties of space.
• Space is the only truly homogeneous medium, where objects form a discrete multiplicity that can be unfolded and counted side by side.
• Succession in the external world only exists for a consciousness capable of retaining past states and organizing them into a qualitative whole.
• The concept of 'homogeneous time' is actually a spatialized version of duration used to represent distinct moments as a line.
• Human language and habit make it difficult to distinguish between qualitative multiplicity (pure consciousness) and quantitative multiplicity (number).

Duration properly so called has no moments which are identical or external to one another, being essentially heterogeneous, continuous, and with no analogy to number.

• Language inherently betrays the concept of pure duration by forcing us to use spatial terms like 'several' to describe unified conscious states.
• Counting involves a dual process: the spatial alignment of identical units and a simultaneous dynamic organization within the soul.
• Every numerical addition alters the qualitative rhythm of the whole, much like a series of hammer blows felt by an anvil.
• The perception of motion serves as the primary bridge between numerical multiplicity and the interpenetrating synthesis of memory.
• We mistakenly treat time as a homogeneous medium because we substitute symbolic representations for the actual qualitative progress of consciousness.

In this sense we might almost say that the numbers in daily use have each their emotional equivalent.

• The mind projects duration into a homogeneous medium by using external repetitions, such as hammer blows, to divide continuous sensations into identical units.
• Our superficial psychic life adopts the mutual externality of the physical world, causing us to perceive our own internal states as distinct segments set out in space.
• Deep consciousness consists of states that permeate one another, but this fluid reality is often obscured by the symbolic, mathematical representation of time.
• In dreams, the ego loses its contact with the external world, causing time to revert from a measurable quantity back into a felt quality.
• The distinction between pure duration and materialized time is evidenced by our ability to retrospectively count sounds that were initially perceived only as a qualitative melody.

The deep-seated self which ponders and decides, which heats and blazes up, is a self whose states and changes permeate one another and undergo a deep alteration as soon as we separate them from one another in order to set them out in space.

• Consciousness perceives successions of events, like the strokes of a clock, as a qualitative whole rather than a numerical sum.
• True duration consists of heterogeneous moments that permeate one another to form an organic whole, rather than distinct terms set side by side.
• Language and social life require us to translate this fluid inner reality into a symbolic, solidified representation projected into homogeneous space.
• The fundamental self is often lost behind a refracted version of itself that is better adapted to the requirements of public communication.
• To recover the authentic self, one must perform a vigorous analysis to isolate fluid inner states from the rigid forms imposed by external objects.

Consciousness, goaded by an insatiable desire to separate, substitutes the symbol for the reality, or perceives the reality only through the symbol.

• The author observes that objects perceived over long periods seem to borrow from our own conscious existence, growing old alongside us.
• We habitually solidify our fluid inner impressions into fixed forms to satisfy the practical needs of social life and communication.
• Language imposes a false stability on sensations, leading us to believe that external objects and our reactions to them remain identical over time.
• The naming of an experience can deceive our actual consciousness, such as when the reputation of a dish overrides our true perception of its flavor.
• In the human soul there are only continuous processes, yet analysis and description inevitably distort these feelings by giving them definite outlines.

The word with well-defined outlines, the rough and ready word, which stores up the stable, common, and consequently impersonal element in the impressions of mankind, overwhelms or at least covers over the delicate and fugitive impressions of our individual consciousness.

• Deep emotions like love or melancholy consist of interpenetrating elements that lose their original vitality when separated into distinct, nameable parts.
• By translating fluid internal states into discrete words and symbols, we replace the living reality of the soul with a lifeless, impersonal residue.
• The novelist's art lies in arranging these linguistic shadows to hint at the illogical and contradictory nature of the true self beneath our conventional ego.
• True duration is characterized by the mutual permeation of moments, whereas the intellect tends to falsely spatialize time for the sake of convenience and logic.
• Associationism fails as a psychological theory because it mistakes the artificial juxtaposition of symbols for the concrete interpenetration of real ideas.

Hence, we are now standing before our own shadow: we believe that we have analysed our feeling, while we have really replaced it by a juxtaposition of lifeless states which can be translated into words.

• Deeply held beliefs are often adopted without formal reason because they reflect the unique color and character of our entire inner self.
• Truly personal ideas function like living cells within an organism, intermingling so thoroughly that they cannot be separated without losing their essence.
• Superficial or 'ready-made' ideas float on the surface of consciousness like dead leaves, remaining impersonal and easily expressed in words.
• The deeper strata of the self consist of pure quality rather than quantity, where concepts blend in ways that defy logical contradiction.
• Social life and language require us to separate our conscious states, but this process creates a refracted version of our true, concrete intelligence.

Many float on the surface, like dead leaves on the water of a pond: the mind, when it thinks them over and over again, finds them ever the same, as if they were external to it.

• The intuition of a homogeneous space is a precursor to social life, allowing us to distinguish objects and communicate common experiences.
• Social life and language encourage us to externalize our internal states, turning fluid conscious experiences into distinct, static objects.
• A second, superficial self is formed through language, obscuring the original, concrete self where states melt into one another like snowflakes.
• Psychology often fails by treating the living self as a collection of distinct terms set side by side, rather than a dynamic process.
• The contradictions in concepts like causality and freedom arise from the error of spreading out temporal succession into spatial simultaneity.

It is the same self which perceives distinct states at first, and which, by afterwards concentrating its attention, will see these states melt into one another like the crystals of a snow-flake when touched for some time with the finger.

• The author distinguishes between time as quality and time as quantity, arguing that failing to separate these leads to a confusion between number and space.
• Dynamism begins with the idea of voluntary activity and views laws as merely symbolic expressions of a more fundamental, spontaneous reality.
• Mechanism assumes all materials are governed by necessary laws, viewing the individual fact as nothing more than a meeting point for these laws.
• The conflict between these systems arises from differing definitions of simplicity, where mechanism favors the calculable and dynamism favors the concrete.
• The author suggests that what mechanism considers a simple, primitive notion is often just a neutralized blend of richer, more complex ideas.

Often, in fact, the so-called simple notion—that which the believer in mechanism regards as primitive—has been obtained by the blending together of several richer notions which seem to be derived from it, and which have more or less neutralized one another in this very process of blending, just as darkness may be produced by the interference of two lights.

• The concept of spontaneity is fundamentally simpler than inertia because inertia can only be defined by the absence of self-directed activity.
• Determinism is categorized into physical and psychological forms, with the author arguing that physical determinism is ultimately reducible to a psychological hypothesis.
• Modern physical determinism relies on a kinetic theory of matter where the universe is viewed as a collection of molecules and atoms in constant motion.
• Under a mechanical view, human sensations and ideas are treated as resultants of external shocks compounded with the internal movements of nervous substance.
• The author suggests that both determinism and its refutations often rely on a flawed understanding of the multiplicity of conscious states and duration.

For each of us has the immediate knowledge (be it thought true or fallacious) of his free spontaneity, without the notion of inertia having anything to do with this knowledge.

• The principle of the conservation of energy suggests that all atomic movements in the universe, including those in the human nervous system, are mechanically determined.
• If this principle is universal, a mathematician could theoretically calculate a person's future actions with the same certainty as astronomical events.
• The author argues that even if physiological facts are necessitated by their antecedents, it does not automatically follow that conscious states are similarly bound.
• A strict parallelism between physical vibrations and sensations like sound or color exists, but this does not prove that all complex psychic life is determined by cerebral states.
• The assumption of a necessary connection between every psychic state and a definite cerebral state remains an unproven hypothesis.

And the mathematician who knew the position of the molecules or atoms of a human organism at a given moment... could calculate with unfailing certainty the past, present and future actions of the person to whom this organism belongs, just as one predicts an astronomical phenomenon.

• The author argues that assuming a strict correspondence between consciousness and physical movement settles the problem of freedom a priori without empirical proof.
• Historical thinkers like Leibniz and Spinoza maintained this parallelism through metaphysical systems rather than physical evidence.
• Modern physical determinism relies on vague metaphors, such as comparing consciousness to a phosphorescent line or an invisible musician, to bridge the gap between matter and mind.
• While simple sensations may correlate with molecular movements, there is no scientific basis for extending this necessity to complex conscious states or the will.
• Psychological determinism seeks to borrow the 'geometrical rigour' of physics to transform human motives into absolute necessities.
• The belief that consciousness is a 'slavish translation' of atomic movement is a psychological bias rather than a verified experimental fact.

Consciousness is supposed to arise out of these at times in some mysterious way, or rather to follow their track like the phosphorescent line which results from the rubbing of a match.

• The author argues that physical determinism is often just psychological determinism attempting to validate itself through the natural sciences.
• Strict adherence to the principle of conservation of energy would reduce human activity to absolute automatism in the eyes of an external observer.
• The principle of conservation is criticized for neglecting duration, making it potentially inapplicable to living beings and conscious states.
• Scientific history shows that research flourished long before the principle of conservation of energy was established as a universal law.
• Future study of nervous and physiological phenomena might reveal a new kind of energy that resists mathematical calculation.

But no one can tell whether the study of physiological phenomena in general, and of nervous phenomena in particular, will not reveal to us... some new kind of energy which may differ from the other two by rebelling against calculation.

• The author argues that while physical science relies on conservative systems where time is reversible, living and conscious beings are defined by an irreversible duration.
• Mechanical theories that view consciousness as a mere epiphenomenon fail to account for the possibility of consciousness creating movement or utilizing energy in unique ways.
• In the realm of life, time acts as a cause where the past is stored and accumulated, making the idea of returning to a previous state an absurdity.
• The belief in the universal law of conservation of energy stems from a psychological mistake of confusing concrete, lived duration with the abstract time of mechanics.
• Free will may be understood as a conscious force that escapes mechanical laws by existing in a state where the past is a growing reality rather than an eternal present.

In short, while the material point, as mechanics understands it, remains in an eternal present, the past is a reality perhaps for living bodies, and certainly for conscious beings.

• The universal application of the conservation of energy stems from a metaphysical confusion between concrete duration and abstract time.
• Physical determinism is ultimately rooted in psychological determinism, which relies on an associationist view of the human mind.
• Qualitative differences between successive conscious states prevent them from being deduced with the same geometrical necessity found in physics.
• The mind often creates a logical series of associations after the fact to justify the emergence of a new idea that may have been triggered by an external cause.
• The appearance of causality in thought transitions is frequently an effect of the new idea rather than its true origin.

What are we to conclude from this, if not that this common idea is due to an unknown cause—perhaps to some physical influence—and that, in order to justify its emergence, it has called forth a series of antecedents which explain it and which seem to be its cause, but are really its effect?

• Post-hypnotic suggestions demonstrate that we often invent conscious rationalizations for acts that were actually determined by external influences.
• The author argues that the human will sometimes performs a 'coup d'état,' deciding on an action first and then engaging in a formal deliberation to justify it.
• Associationism is criticized for treating the self as a mere collection of distinct, competing forces like desires and aversions.
• Determinists and their opponents both mistakenly treat motives as independent objects that can be weighed against one another like physical weights.
• A deeper psychology reveals that the future act can exert a kind of attraction, causing the psychic states that appear to precede it.

The abrupt intervention of the will is a kind of coup d'état which our mind foresees and which it tries to legitimate beforehand by a formal deliberation.

• The author argues that language is fundamentally incapable of conveying the delicate, qualitative shades of our inner mental states.
• Associationism fails by treating mental acts as impersonal, geometric movements rather than unique experiences colored by specific intentions.
• A physical position or movement is felt differently from the inside depending on the goal, even if it appears identical to an outside observer.
• Sensory experiences like the scent of a rose are inherently personal and contain memories within them, rather than being objective data points linked to external ideas.
• The mistake of psychological analysis is stripping away the personal element to create a 'public' definition, then trying to reconstruct individuality through artificial associations.

I smell a rose and immediately confused recollections of childhood come back to my memory. In truth, these recollections have not been called up by the perfume of the rose: I breathe them in with the very scent; it means all that to me.

• Associationism fails by treating conscious states as distinct, juxtaposed units rather than a fused, interpenetrating whole.
• Language and general ideas inevitably translate personal, fluid experiences into impersonal, static symbols that occupy a conceptual space.
• The deeper self consists of states that permeate one another, where every emotion like love or hate reflects the entire unique personality of the individual.
• True freedom is found in self-expression that defies the mechanical determination suggested by an inaccurate psychology of isolated forces.
• A novelist's talent lies in their ability to use detail to rescue individual feelings from the common, flattened domain of general language.

But, just in proportion as we dig below the surface and get down to the real self, do its states of consciousness cease to stand in juxtaposition and begin to permeate and melt into one another, and each to be tinged with the colouring of all the others.

• True freedom exists when an act expresses the whole personality rather than an isolated or impersonal conscious state.
• The associationist view fails by treating the self as a mere aggregate of sensations, creating only a phantom ego projected into space.
• Many individuals live under the influence of a parasitic self, driven by unassimilated education or hypnotic-like suggestions that never blend with the fundamental soul.
• Free acts are rare and exceptional, occurring primarily during great crises when decisions finally reflect the depth of the entire history of the person.
• Social convenience and language encourage us to perceive our inner life through a hardened crust of fixed, separate psychic states.

Here will be found, within the fundamental self, a parasitic self which continually encroaches upon the other.

• Daily actions are often driven by solidified habits and unchanging images rather than the fluid, deep-seated feelings of the self.
• In routine tasks, humans function as conscious automata, allowing external impressions to trigger movements that resemble reflex acts.
• Determinism often appears valid because we frequently resign our freedom to social pressure or indolence, allowing a crust of external advice to cover our true sentiments.
• True free activity occurs when the deep-seated self bursts through this superficial crust, resulting in actions that may seem reasonless but align with our entire life experience.
• A sudden change of mind is often the result of a gradual heating and boiling over of internal feelings that were previously ignored or suppressed.

It is the deep-seated self rushing up to the surface; it is the outer crust bursting, suddenly giving way to an irresistible thrust.

• Determinism fails by treating the self and its feelings as static, well-defined objects rather than a fluid, evolving process.
• True freedom is most evident during solemn life crises where actions defy conventional motives and spring from the deep-seated ego.
• The self is constantly changing during deliberation; the mere experience of one feeling modifies the self before the next feeling even arrives.
• Freedom exists when our acts express our whole personality, mirroring the unique resemblance between an artist and their work.
• Character is not an external force coercing the self, but is the self itself, perpetually blending new acquisitions into a unified identity.

In short, we are free when our acts spring from our whole personality, when they express it, when that indefinable resemblance to it which one sometimes finds between the artist and his work.

• An act is truly free when it springs solely from the self and bears the unique mark of one's own personality.
• Determinists and libertarians both err by shifting the debate from the act itself to hypothetical pasts or futures.
• The debate often centers on whether a single series of antecedents can lead to multiple equally possible outcomes.
• Representing choice as a geometric path between two points X and Y is a deceptive symbolism that ignores the reality of inner duration.
• True consciousness reveals that X and Y are not external destinations but symbols of shifting tendencies within the personality.

Indeed, these opposite inclinations alone have a real existence, and X and Y are two symbols by which I represent at their arrival-or termination-points, so to speak, two different tendencies of my personality at successive moments of duration.

• The self is a dynamic, growing entity that changes as it passes through various states, rather than a static point choosing between fixed paths.
• Common sense and language tend to simplify the complexity of internal deliberation into spatial metaphors, treating possible actions as distinct 'roads' or 'paths'.
• By abstracting the self's continuous activity into inert, solidified directions, we create a mechanical model that fails to capture the reality of conscious development.
• The concept of 'equal possibility' arises from this spatial symbolism, where we imagine the unchosen path remaining open as if it were a physical object.
• This mechanical representation of freedom paradoxically leads to determinism by treating the act as a separate result of a localized point of decision.

The only reality is the living developing self, in which we distinguish by abstraction two opposite tendencies or directions.

• The author argues that both libertarians and determinists mistakenly use spatial metaphors to represent the temporal process of decision-making.
• By the time we visualize a choice as a fork in the road at point O, the decision has already been made, rendering the alternative path a mere abstraction.
• The geometric symbolism of paths X and Y fails to capture the continuous, dynamic activity of the self, replacing it with a static, 'stereotyped memory' of the act.
• Determinism and free will debates often rely on the same flawed postulate: treating a finished action as if it were still in the process of occurring.
• The question of whether one could have chosen differently is deemed meaningless because it attempts to represent succession through simultaneity and time through space.

In short this figure does not show me the deed in the doing but the deed already done.

• The human mind tends to project the temporal process of deliberation into a spatial geometric figure after an act is performed.
• This spatial representation is a static 'stereotyped memory' that fails to capture the dynamic, living progress of the actual decision-making process.
• The debate between determinists and free will advocates is often flawed because both parties treat time as a path already traced out in space.
• Determinism essentially reduces to the tautology that an act, once performed, is performed, failing to address the quality of the action itself.
• True freedom is found in the 'dynamic progress' of the self in a state of becoming, rather than in the relation of an act to its hypothetical alternatives.
• The self correctly feels free in immediate experience but loses that clarity when it attempts to explain freedom through mechanical, spatial symbolism.

But time is not a line along which one can pass again.

• The author examines the determinist claim that a higher intelligence could predict future human actions with absolute certainty if all antecedents were known.
• A distinction is drawn between probable predictions based on character judgment and the claim of infallible foresight regarding future decisions.
• Predicting a person's action based on their character is merely a judgment of their past, as character is a constantly evolving accumulation of history.
• The author argues that to truly know all the conditions and antecedents of another person's action is equivalent to actually performing that action oneself.
• Deep psychic states are not measurable by external signs; their true intensity is only understood by the person experiencing the feeling as it occurs.

To know completely the antecedents and conditions of an action is to be actually performing it.

• The intensity of a psychic state is an inexpressible quality felt directly by consciousness rather than a quantitative algebraic exponent.
• Understanding another person's internal state requires either knowing their final actions in advance or experiencing their life history in reality.
• To truly predict a person's future act, an observer cannot merely be a spectator but must become an actor who plays the subject's part in every detail.
• If an observer were to experience every feeling and duration exactly as the subject does, the distinction between the two individuals would effectively vanish.
• Time and duration cannot be shortened or summarized because the effects of feelings accumulate at every moment, contributing uniquely to the final outcome.

We find ourselves compelled, therefore, to alter radically the idea which we had formed of Paul: he is not, as we had thought at first, a spectator whose eyes pierce the future, but an actor who plays Peter's part in advance.

• Predicting a person's future action requires such a complete identification with their experience that the predictor eventually ceases to be an observer and becomes the actor themselves.
• The question of whether an act can be foreseen is fundamentally meaningless because it treats the dynamic process of living as a static set of mathematical antecedents.
• Two primary fallacies of the reflective consciousness involve treating the intensity of psychic states as a magnitude rather than a quality and substituting material symbols for dynamic processes.
• Retrospective analysis of an action creates a false sense of inevitability by assigning values to antecedents that can only be known once the final act is already completed.
• The persistent attempt to claim foresight in human behavior stems from a deep-seated confusion between the flow of time and the static nature of space.

You thus reached the very moment when, the action taking place, there was no longer anything to be foreseen, but only something to be done.

• The author argues that predicting a voluntary act is impossible because it requires identifying with the actor, effectively becoming them rather than observing them.
• A fundamental confusion exists between time as a lived experience and time as a spatialized line already traced out on a map.
• Scientific prediction of astronomical phenomena is possible only because those equations deal with relations between simultaneities rather than actual duration.
• If the universe's movements were doubled in speed, astronomical equations would remain unchanged because the symbol for time represents a ratio, not the felt quality of intervals.
• The future of the material universe lacks any true analogy to the future of a conscious being, as the latter involves a creative process that cannot be viewed from the outside.

In order to put our finger on this vital difference, let us assume for a moment that some mischievous genius decreed that all the movements of the universe should go twice as fast.

• Consciousness perceives duration as a lived experience rather than a mathematical quantity, noticing changes through the accumulation of impressions.
• Astronomers predict future events by accelerating time in their calculations, effectively treating years of duration as a series of simultaneous numerical relations.
• Scientific time is essentially a number or a set of spatial positions, allowing researchers to shrink or expand intervals without changing the underlying equations.
• Psychological duration cannot be altered in speed without fundamentally changing the nature and 'color' of the conscious states involved.
• Prediction in science is achieved by making a future phenomenon present through the reduction of the intervals that separate us from it.

Indeed it is even conceivable that this consciousness could live so slow and lazy a life as to take in the whole path of the heavenly body in a single perception, just as we do when we perceive the successive positions of a shooting star as one line of fire.

• States of consciousness are dynamic processes rather than static things, meaning they cannot be shortened without fundamentally altering their quality.
• While astronomical time can be reduced to mathematical ratios for prediction, psychological duration is defined by the lived experience of its unfolding.
• The act of foreseeing a future psychological state requires living through its entire duration, as the influence of a feeling is inseparable from its length.
• Recollecting the past is similar to astronomical observation because completed events become static 'things' that can be viewed all at once.
• The confusion between scientific time and real duration leads to the false belief that future human actions can be predicted like planetary orbits.

But when we have to do with a feeling, it has no precise result except its having been felt; and, to estimate this result adequately, it would be necessary to have gone through all the phases of the feeling itself and to have taken up the same duration.

• The determinist argument relies on the principle that identical antecedents must produce identical effects, a law borrowed from the physical sciences.
• Psychic states are fundamentally heterogeneous and unique because they are embedded in a continuous life-story or duration.
• Unlike physical objects, consciousness preserves the trace of elapsed time, meaning the same moment or state can never occur twice.
• Even simple psychic elements possess a distinct personality and are in a constant state of becoming, making them resistant to static classification.
• The causal relation in psychology is unique because a deep-seated inner cause produces its effect once and will never reproduce it in the same way.

Duration is something real for the consciousness which preserves the trace of it, and we cannot here speak of identical conditions, because the same moment does not occur twice.

• The author argues that the determinist concept of causality is fundamentally misapplied when used to analyze the inner world of conscious states.
• If causality is defined merely as a regular succession of phenomena, it cannot disprove free will because deep-seated conscious states do not repeat in uniform patterns.
• Empiricists face a logical contradiction by using a principle derived from observed physical regularities to dictate the behavior of unobserved internal states.
• Common sense tends to assume that if one phenomenon follows another, the second must have been objectively pre-contained or implied within the first.
• The debate over determinism persists because of a deep-seated prejudice regarding the definition of cause that ignores the unique nature of subjective experience.

And how can you base on this principle your argument to prove the determinism of inner states, when, according to you, the determinism of observed facts is the sole source of the principle itself?

• The concept of causality often implies that future phenomena are prefigured within their present conditions.
• Mathematics serves as the primary model for this prefiguring, where infinite theorems are virtually contained within a single definition.
• To apply this model to the physical world, science strips matter of its qualitative properties like color and heat to reach a homogeneous extensity.
• The ultimate logical conclusion of this view is to replace physical images with abstract algebraic formulas of movement.
• Lord Kelvin's theory of vortex atoms illustrates the extreme of this abstraction, where matter is reduced to movement within a perfectly homogeneous fluid.
• This reduction leads to a paradox where movement in a perfectly uniform medium becomes indistinguishable from absolute immobility.

Picture then algebraical relations getting entangled in one another, becoming objective by this very entanglement, and producing, by the mere effect of their complexity, concrete, visible, and tangible reality.

• The mechanical view of physics reduces the concrete existence of natural phenomena into abstract algebraic equations and relations of simultaneity.
• Scientific causality attempts to transform the succession of time into a logical relation of identity, effectively treating the future as inherent in the present.
• Descartes and Spinoza addressed the lack of logical connection between successive moments by invoking divine providence or an eternal, singular moment.
• The pursuit of necessary determination in physical laws requires the elimination of active duration, treating time as a mental picture rather than a reality.
• The author concludes that while physical phenomena may be subject to necessary determination, human beings experience real duration and are therefore free.

The more the progress of mechanical explanations enables us to develop this conception of causality... the more the concrete existence of the phenomena of nature tends to vanish into algebraical smoke.

• The concept of causality as a necessary connection tends to reduce natural phenomena to a mathematical mechanism that eliminates the effect of duration.
• While humans change and endure over time, we perceive external objects as existing outside of duration, expecting identical causes to always produce identical effects.
• The more we view physical phenomena as being governed by necessary determination, the more we distinguish them from the psychical experience of consciousness.
• Paradoxically, assuming a mathematical inherence in the physical world supports the belief in human free will by highlighting the unique nature of psychological effort.
• The transition from a mental idea to a physical act is a continuous progress mediated by the feeling of effort, making it impossible to mark a definitive boundary between thought and action.

And from the idea to the effort, from the effort to the act, the progress has been so continuous that we cannot say where the idea and the effort end, and where the act begins.

• The author explores a conception of causality where the future is prefigured in the present only as a possibility, not a necessity.
• This view of causality relies on an analogy between the external world and our internal subjective states, where objects are treated as having a vague personality.
• Ancient hylozoism and Leibniz's theory of monads represent the logical extremes of this idea, treating material qualities as simple perceptions.
• By viewing cause and effect through the lens of human effort and will, the rigid necessity of determination is replaced by a sense of inner impulse.
• Common sense often adopts this perspective because it satisfies the mental need for an image, associating phenomena as if one were 'wrapped up' in the other.

The material universe is credited with a vague personality which is diffused through space and which, although not exactly endowed with a conscious will, is led on from one state to another by an inner impulse, a kind of effort.

• Ancient hylozoism and Leibnizian monadology both rely on external or pre-established mechanisms to explain the regular succession of causes and effects.
• The dynamic conception of causality suggests that the future is not strictly bound to the present, treating force as an indeterminate effort rather than a mathematical certainty.
• Two contradictory views of duration exist: one where things endure like humans with contingent futures, and another where things do not endure, allowing for mathematical pre-existence.
• While either view of causality independently supports the possibility of freedom, blending them creates a confused determinism that obscures the nature of the self.
• The habit of mixing these two senses of causality arises from a desire to satisfy both the imagination and the requirements of mathematical reasoning.

Consciousness itself testifies that the abstract idea of force is that of indeterminate effort, that of an effort which has not yet issued in an act and in which the act is still only at the stage of an idea.

• The concept of force originates in the consciousness of free spontaneity but becomes corrupted by the idea of necessity when applied to the physical world.
• Human consciousness mistakenly views its own internal actions through a lens of 'refraction' borrowed from the mechanical laws of external nature.
• A compromise exists in common sense where dynamic human effort and mathematical causality are conflated to simplify our description of reality.
• While physical science treats force mathematically and ignores its internal nature, psychology must recognize that inner causality is purely dynamic and non-mechanical.
• The confusion between free effort and necessity arises from our tendency to objectify the flow of duration into distinct, spatialized moments.

It returns impregnated with the idea of necessity: and in the light of the rôle which we have made it play in the external world, we regard force as determining with strict necessity the effects which flow from it.

• Freedom is defined as the unique relation between the concrete self and its actions, a process that exists only in duration.
• Attempting to define or analyze freedom inevitably transforms a dynamic process into a static thing, leading to the false conclusion of determinism.
• The conflict between freedom and necessity arises from the mistake of representing flowing time through the lens of homogeneous space.
• Psychic states are unique and non-recurring, meaning they cannot be governed by the same laws of causality applied to physical objects in space.
• The problem of freedom is essentially a linguistic and conceptual failure to distinguish between 'time flowing' and 'time flown.'
• Any positive definition of a free act inadvertently supports determinism by treating the act as something already completed and fixed.

By the very fact of breaking up concrete time we set out its moments in homogeneous space; in place of the doing we put the already done; and, as we have begun by, so to speak, stereotyping the activity of the self, we see spontaneity settle down into inertia and freedom into necessity.

• Modern psychology and physics tend to treat sensations as mere signs of reality rather than reality itself, often reconstructing space out of internal duration.
• The author proposes that our perception of the self is frequently distorted by forms borrowed from the external world, leading us to mistake the 'frame' for the 'self'.
• To perceive the ego in its original purity, one must eliminate the idea of space from the concepts of intensity, duration, and voluntary determination.
• Psychic states are inherently pure qualities or qualitative multiplicities, whereas their external causes are quantities situated in space.
• Intensity is defined as a compromise between pure quality and pure quantity, acting as a qualitative sign of an underlying spatial cause.

By then using these forms to gain a knowledge of our own person we run the risk of mistaking for the colouring of the self the reflection of the frame in which we place it, i.e. the external world.

• The author argues that philosophers mistakenly treat internal intensity as a measurable magnitude, leading to the errors of psychophysics.
• True consciousness is a qualitative multiplicity rather than a discrete one, meaning its states permeate one another rather than sitting side-by-side.
• Number and discrete multiplicity require the intuition of space to keep units distinct, a concept that does not apply to the inner self.
• Inner duration is defined as an organic evolution and pure heterogeneity where moments are not external to one another.
• External objects do not possess duration in the human sense; they exist in a series of simultaneities that only appear as succession to a conscious mind.

To put duration in space is really to contradict oneself and place succession within simultaneity.

• The concept of measurable time is a compromise between internal succession and external simultaneity.
• While the external world consists of distinct moments that do not endure, the inner life is a continuous evolution where states interpenetrate one another.
• Science tends to eliminate duration by reducing motion to a series of static positions or immobilities.
• True duration is a qualitative multiplicity that cannot be mapped onto a homogeneous spatial medium without losing its essence.
• The debate over free will is often flawed because both sides treat time as a spatialized, predictable sequence of conditions.
• To understand freedom, philosophy must separate the pure duration of a living being from the mechanical conservation of energy found in the physical world.

Duration, thus restored to its original purity, will appear as a wholly qualitative multiplicity, an absolute heterogeneity of elements which pass over into one another.

• Freedom is fundamentally tied to pure duration, which is often confused with spatial representation and measurable time.
• The human psyche consists of two selves: a fundamental, free inner self and a spatialized, social representation used for language and interaction.
• Science and social life demand the objectification of conscious states, turning fluid inner experiences into distinct, static entities.
• True freedom is rare because we typically live outside ourselves, perceiving only a 'ghost' or shadow of our being projected into homogeneous space.
• Kant's failure to distinguish between real duration and space led him to treat the ego as a symbolic representation, making freedom seem incomprehensible.

The greater part of the time we live outside ourselves, hardly perceiving anything of ourselves but our own ghost, a colourless shadow which pure duration projects into homogeneous space.

• Kant mistakenly treated time as a homogeneous medium similar to space, which led him to place the true, free self outside of time entirely.
• The author argues that we can access our genuine self by turning away from the 'shadow' of spatialized time and retreating into pure, heterogeneous duration.
• Scientific knowledge and mathematics are only capable of grasping simultaneity and immobility, leaving the fluid reality of motion and duration untouched.
• By failing to distinguish between symbolic time and real duration, Kantianism creates an artificial barrier between knowable phenomena and the 'thing in itself.'
• If time were truly homogeneous, causality would necessitate total determination, making the experience of human freedom an impossibility.

Of time everything slips through its fingers but simultaneity, and of movement everything but immobility.

• The author argues that if consciousness perceives moments as interpenetrating rather than side-by-side, the self can be understood as a free cause.
• Homogeneous space is presented as a human intuition that facilitates social life and language by allowing us to externalize and distinguish objects.
• A conflict arises when the self applies the spatial logic of external objects to its own internal psychic states, turning qualitative duration into numerical plurality.
• Language and symbolic representation solidify fluid psychic states, potentially replacing the unique inner life with an artificial, reconstructed version of the self.
• The text warns that as we treat our ideas as crystallized entities, automatism begins to cover over our inherent freedom, leading to deterministic behavior.

Our psychic states, separating then from each other, will get solidified; between our ideas, thus crystallized, and our external movements we shall witness permanent associations being formed; and little by little, as our consciousness thus imitates the process by which nervous matter procures reflex actions, automatism will cover over freedom.

• The common view of consciousness treats psychic states as discrete, repeatable phenomena similar to physical objects in space.
• By spatializing time into a homogeneous medium, philosophers mistakenly eliminate the possibility of freedom or relegate it to a mysterious, unreachable domain.
• True freedom is found in moments of concrete duration, where unique and unrepeatable qualitative states form a dynamic unity.
• The debate over free will arises from a fundamental misunderstanding where we confuse the quality of duration with the quantity of space.
• We are free whenever we are willing to look back into our inner selves, yet we rarely choose to do so, preferring the ease of conscious automatism.

It is because, although we are free whenever we are willing to get back into ourselves, it seldom happens that we are willing.

• The problem of human freedom cannot be solved by studying a single isolated action, but requires an analysis of the entire series of conscious states.
• True freedom originates in the obscure depths of consciousness and is inextricably linked to the continuous, heterogeneous nature of duration.
• The text argues that the self evolves within this duration, and without it, moral crises and genuine activity would be impossible.
• Traditional analysis often distorts feelings and processes by treating them as static objects rather than continuous mental acts.
• Associationism is criticized for failing to explain the deeper states of the self, as it relies on a defective conception of consciousness as a collection of parts.

But he does not seem to have noticed that the process of our free activity goes on, as it were, unknown to ourselves, in the obscure depths of our consciousness at every moment of duration.

• The text explores the distinction between external causality as a mathematical relation and inner causality as a dynamic process.
• It argues that counting and the measurement of time require an intuition of space, which often leads to a confusion between duration and extension.
• Freedom is presented as a quality of the self that emerges during moments of crisis, rather than a predictable outcome of character.
• The author suggests that defining freedom or deliberation in spatial terms inevitably leads to the errors of determinism.
• Consciousness is metaphorically compared to an invisible musician, suggesting a complex relationship between internal states and external perception.

Consciousness, compared to invisible musician, 147 ; as epiphenomenon, 152 ; Kant separates external perception and, 222 ; succession without distinction in, 227 ; matter and form of, 234 .

• Determinism is presented as a misconception arising from the confusion between qualitative duration and quantitative space.
• Pure duration is defined as a heterogeneous interpenetration of conscious states that cannot be measured by clocks or mathematical formulae.
• The text argues that while science eliminates duration to enable prediction, real duration in living beings precludes the possibility of foreseeing acts.
• Freedom is found by returning to pure duration, where the self acts as a cause through deep-seated conscious states rather than mechanical associations.
• Kant's philosophical errors are attributed to his confusion of duration with space, placing the self outside of true temporal experience.

Pure duration is wholly qualitative; it is not measurable, and has nothing to do with space.

• The text explores the relationship between muscular effort and the qualitative feeling of intensity in conscious states.
• It examines the conservation of energy and argues that free will or conscious force may escape this physical law.
• The confusion between motion and space is identified as the root of the Eleatic paradoxes, such as Achilles and the tortoise.
• Language is described as a force that solidifies and potentially distorts the fluid, changing nature of internal feelings.
• The distinction between extensity and duration is presented as a fundamental problem for understanding human freedom.

Conscious force or free will may escape law of energy; illegitimate extension of, 155, 230.

• The text explores the tension between free will and scientific determinism, suggesting that freedom is a real but indefinable quality of the self.
• True free acts are described as rare occurrences that spring from the fundamental self rather than superficial habits or education.
• The concept of duration is central to understanding freedom, as treating time as a homogeneous medium leads to the denial of free choice.
• The author argues that many individuals live without realizing their freedom, often resigning it through indolence or allowing it to be covered by automatism.
• Scientific perspectives often separate free force from necessity, yet the self remains infallible in affirming its own sense of freedom during moments of crisis.

Free action compared to over-ripe fruit; the self infallible in affirming its freedom.

• The text explores the fundamental illusion of attributing mutual externality and spatial magnitude to internal psychic states.
• It distinguishes between the interpenetration of deep-seated feelings in pure duration and the juxtaposition of states in homogeneous space.
• Intensity is redefined not as a measurable quantity, but as a qualitative sign of organic disturbance or the complexity of simple states.
• The author critiques Kantian philosophy for making time and space homogeneous and for placing the free self outside of temporal experience.
• Science is noted for its tendency to reduce motion to immobility and spontaneity to inertia for the sake of measurement.

All that science retains of motion is immobility.

• Language is described as unequal to psychological analysis because it solidifies fleeting sensations and distorts the true nature of feelings.
• The text explores the tension between intensive magnitude and quantitative measurement, particularly regarding sensations of light, pain, and pleasure.
• Scientific and mechanical systems are critiqued for treating time and motion as static lines or equations, thereby eliminating true mobility.
• Philosophical concepts of causality and determinism are linked to the influence of language and the molecular theory of matter.
• The distinction between the 'second self' formed by social language and the internal, intuitive self is highlighted as a primary psychological conflict.

Language, unequal to psychological analysis, dominates thought and gives fixed form to fleeting sensations.

• The text explores the distinction between motion as a mental synthesis for a conscious spectator and the scientific reduction of motion to immobile points in space.
• It identifies two distinct types of multiplicity: a discrete multiplicity based on number and space, and a continuous qualitative multiplicity inherent to conscious states.
• The analysis suggests that mathematical formulae and mechanical determinism fail to capture the true nature of duration and free action.
• The author compares the organization of sensations and consciousness to a musical phrase or an invisible musician to illustrate the interpenetration of psychic states.
• The concept of number is shown to imply an intuition of space, making it inapplicable to the fluid, non-juxtaposed reality of inner life.

The pendulum spreads out the undivided tension of the spring, helping to cut up our psychic life into measurable oscillations.

• The text explores the philosophical tension between qualitative sensations and the scientific attempt to measure them as quantitative magnitudes.
• Psychophysics is criticized for its fundamental fallacy in attempting to bridge the gap between external stimuli and internal subjective experience.
• The concept of duration is presented as a process that cannot be accurately represented by geometric figures or material symbols.
• Prediction of human action is contrasted with astronomical prediction, highlighting the role of character and real duration over deterministic forecasting.
• Deep-seated conscious states are defined as pure qualities that lose their essence when translated into spatial or numerical terms.

Psychic phenomena as pure quality; intensity as compromise between quantity and quality.

• The text explores the philosophical tension between quantity and quality, specifically how inner states and sensations are often misinterpreted as measurable magnitudes.
• It examines the nature of reality through the lens of 'real duration' and the distinction between the reality of facts in dynamism versus the reality of laws in mechanism.
• The concept of time is analyzed as a potential quantity, noting that science often eliminates duration from time and mobility from motion to facilitate measurement.
• The role of rhythm is highlighted as a connective force in art and consciousness, linking the spectator to the dancer or the reader to the poem.
• The index reflects on how the self is perceived through a 'refraction' through space, leading to a symbolic representation rather than a direct experience of the soul.

Science eliminates duration from time and mobility from motion.

• The self is divided into a superficial layer of distinct psychic states and a deep-seated fundamental layer where states interpenetrate.
• Free decisions and authentic actions spring from the whole or fundamental self rather than the crust of everyday psychic states.
• Language and social life tend to obscure the inner life by imposing a spatial and mechanical framework on conscious experiences.
• The perception of the self is often refracted through space, leading to a distorted view of duration as a series of externalized terms.
• Moments of crisis can trigger an uprush of the deep-seated self, bypassing the mechanical habits of daily existence.

Free decisions spring from whole or fundamental self; covered over with crust of clean-cut psychic states.

• The text explores the 'solidification' of conscious states and feelings through language and their projection into external space.
• It distinguishes between pure duration and time as a 'ghost of space,' arguing that counting and succession require a spatial medium.
• The author posits that the intuition of homogeneous space is a uniquely human trait necessary for abstraction, speech, and social life.
• A critique of Kantian theory is presented, suggesting that we often live and act in space rather than in true duration.
• The index connects physical concepts like motion and impenetrability to the psychological perception of the self and inner phenomena.

Time as ghost of, 99; duration expressed in terms of, 101, no; order of succession implies, 101 f.

• The text explores the distinction between pure duration and the symbolical representation of time as a homogeneous medium.
• Succession is argued to exist only for a conscious spectator, as the external world exhibits only simultaneity and externality.
• The representation of time as a line or a measurable quantity is identified as a compromise that confuses duration with space.
• Symbolical representation is necessary for counting conscious states but ultimately leads to a deterministic view of the self.
• Kant's philosophical errors regarding time are attributed to his treatment of it as a homogeneous medium similar to space.

Time as a homogeneous medium, nothing but space; distinct from pure duration; as ghost of space.

• The text concludes the index of Henri Bergson's work with references to Wundt's theories on sensation and Zeno's paradoxes.
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