3D Fractal Time and Absolute Relativity

Introduction

Science has been stagnating since Einstein (a century already!). By analogy with the Middle Ages, science is still considering that the Earth is flat and that the Sun revolves around it. Observing the cosmos means understanding how it works and understanding the life that has developed within it. It is high time to seriously revise our equations. Newton's era is over.

What does official science tell us? It tells us that space is 3-dimensional (length, width, and height), where time is a linear constant added to these 3 spatial dimensions to form a fourth. False, completely false.

Time is also multidimensional and fractal. A fractal is the repetition of a pattern at smaller and smaller (or larger and larger) scales. Geometric (spatial) fractals are abundant in nature. They can be found in snowflakes, certain minerals, plants, or living beings. The fractal dimension is non-Euclidean. Fractal values lie between 1 and 2 when drawing a curve, or between 2 and 3 when reasoning in volume.

Fractal time is to conventional physical time what the fractal dimension is to the Euclidean dimension. Scientists tell us that space consists of very little matter—the constituents of the atom—and a lot of void (much like the universe itself). It is therefore compressible. But what about time? Time is also composed of particles (which we will name chronons, by analogy with quantum science for matter). This constitutes the density parameter. Like space, it is compressible. It is wave-like, possesses a frequency, and therefore a speed.

The flow of time can be translated in terms of information throughput. The higher the density of time, the more information it contains. Its direction determines the relative future or past in relation to the present, which is merely a virtual point on this axis of displacement. Past and future are abstract concepts that only acquire meaning within a time fractal by fixing a moving present as a reference point.

The interaction of time on space is as follows: the more time there is, the less space there is, and vice versa. Time density is inversely proportional to the square of material density. This is fundamental and constitutes the key to understanding all phenomena hitherto declared unexplained: paranormal and mystical phenomena, human sciences (including homeopathy), and astronomy with its array of observed phenomena that it attempts to explain through theories contradicted by others the following day. This would also explain the observations surrounding the UFO phenomenon.

Our vision of science fiction filled with intergalactic starships must also be radically revised. We cannot explain UFOs and paranormal phenomena using our current means of investigation, nor with our interpretation of the surrounding universe. Truth is only given to those who search and make the effort to question themselves. Parallel universes are nothing more than different flows of time, constituting distinct time fractals.

Here, in broad strokes, are the theoretical foundations of another vision of space-time. Now, let us examine in greater detail all the practical implications that stem from it. For the remainder of this exposition, we will adopt the term "S-T" for "space-time".

Let us take a first example applying these principles to dreams

Our physical body is the first floor of our building called "consciousness". In our waking state, in daily life, we are absorbed by physical S-T. Physical time is then our primary time to evolve in our material world. At the end of the day, we go to bed to offer much-deserved rest to the physical body. It remains motionless, unlike time.

The first hours of sleep offer the opportunity to change floors. Suddenly, we land in a dream. There, everything happens very quickly for anyone measuring this REM phase. The dreamer's consciousness, however, is located two floors higher. Someone observing from the physical world merely notes that this phase lasted only a second or two by looking at the electroencephalogram clock. But for the dreamer, a multitude of events unfold over a period of time that feels like several hours.

All of this is due to the fact that the second floor (the astral body) has a much lower material density than the physical body, implying that time density is much greater there. The difference between the time spent in the astral world and the time recorded on the EEG trace corresponds to the exact same proportion of material density between the two bodies. When consciousness is brought back to a different density level upon re-entering the body, it also shifts its level of experienced time density (which corresponds to the EEG trace).

In this transposition of time density, a large part of the information will unfortunately be lost or even replaced. Psychic visions (mediumistic flashes) stem from the same phenomenon: they represent only a fraction of a second on our time scale, yet correspond to an element containing several hours of information. Paranormal phenomena are the manifestation of higher temporal densities intruding into our own. Put differently, parapsychological phenomena are enclaves of one S-T within another.

This is why these phenomena are so rapid, virtually instantaneous, and incomprehensible from our perspective. Higher time density means more information and translates into a light effect. Hence the tunnel of light in near-death experiences, and the fact that higher realms are composed of light as well as information (Akashic records).

For lower realms (such as minerals, where time density is low), our earthly lives represent nothing more than a fleeting movement. Psychic perceptions depend on an individual's ability to reach these time fractals. Regarding the UFO phenomenon, a simple change in time density allows distances to be shortened without limit. A UFO phenomenon is technically mastered paranormal activity; a parapsychological phenomenon is psychically manifested paranormal activity. Ghosts and poltergeist phenomena find their explanation in the light of this concept as well. Humans are inherently multidimensional beings occupying several S-Ts simultaneously. Esoteric traditions have spoken for a very long time of the various bodies that compose us. As many bodies, as many spatio-temporal prisms (or fractals). The asymmetry of flowing time comes from looking at one S-T (material world) from another S-T (spiritual world). The more degrees of freedom a creature possesses—especially regarding time—the less constrained it is (including by the law of karma).

Time and its multiple facets

An instrument such as an atomic clock serves only to embody what the intellect has not deduced, but induced a priori. This measurement is only true within the S-T in which it is located. Conversely, psychological time stems from a perception that has every reason to be considered subjective, yet constitutes direct, unmediated information.

Einstein used to say: "For us convinced physicists, the distinction between past, present, and future is only an illusion, however persistent." The fundamental difference between past and future lies in the capacity to choose. Thus, it is easier to identify what the past and future look like according to the state of this capacity. The past is merely the territory of choices already made. The future, the territory of those yet to be made. On the other hand, the ultimate present (where past and future merge) is that of contemplation, of targetlessness, of the source where choice is irrelevant because everything has already been chosen (enlightenment for mystics).

Esoteric practitioners travel through these fractals to glimpse, among other things, events related to the past or probable futures. The flow of time governs phenomena and allows—or prevents—them from occurring, which stands in stark opposition to current thinking: by manipulating time and space, phenomena become subject to them. Time density is not linear but discontinuous, hence fractal. In an electronic low-pass filter with a negative group delay, the signal can be observed arriving before its emission. This phenomenon finds its explanation in scale changes between fractals. Similarly, the quantum tunneling effect used in electron microscopes is merely an electron disappearing in one dimension and returning loaded with information.

Time as a physical quantity translates to energy. Chronons are like Yin, representing potential energy. It is through their exchange dynamics with space that they become manifested energy and thus matter as we define it in this world. The orientation of this flow in all directions determines a fractal S-T that gives birth to other harmonic fractals. The speed of this flow dictates the ratio between time density and space density.

Witnesses of paranormal events may describe situations with temporal shifts, varying in degree depending on whether their consciousness—that is, their perception—is operating within high temporal densities. An esoteric reflection is warranted here: one can easily conceive that our entire life resembles a brief instant when converted into a high temporal density after death. In the following life, only a faint memory of errors and progress remains. This may be why we do not remember past lives, which are only accessible in high densities (through hypnosis or meditation). Images of these lives are compacted into our daily lives (physical temporal flow) to the point where they become secondary. This compilation of moments disregards circumstances and constitutes the master blueprint of an evolving soul. Properly understood, reincarnation is akin to a cyclic movement of progress moving toward the intuitive unfolding of self-awareness. Let us become aware of these mechanisms.

A simple problem of perspective from a given S-T

In the case of electron spin, the value of a particle's spin correlates with its fractal boundary between quantum mechanics and metaphysics. Any non-integer spin (as with fermions) will contribute to changing the temporal fractal. This applies not to nucleons, but to electrons or quarks, for instance. In quantum entanglement experiments involving two complementary particles, where altering the spin of one instantaneously affects the other, it is simply the exact same particle... But this is only conceivable by integrating this concept of fractal time into the interpretation of the experiment. Bilocation phenomena stem from the same principle—a simple question of perspective from a determined S-T. The more space there is, the less time there is, causing further division (the notion of harmonics) and bringing forth new properties. Cellular division follows this same principle of space-time shift: as a cell reproduces, it occupies more space to gradually change its S-T, until a new system (an organ) emerges within a new time density that breaks away from the preceding one. Complexity does not arise from the number of elements in a system, but from their capacity to collectively generate information—that is, to unite into a single structured, homogeneous whole. This is the very definition of negentropy. It is also the meaning of life. Nature crafts unique individuals by structuring their being on progressively more subtle planes as they actively participate in this structuring themselves. This is the definition of evolution.

The marketplace of theories

Amid the jungle of models across any given discipline, separating grain from chaff is challenging. Whether due to formalism—to which so many scientists cling—personal interpretations embraced by small groups of scholars, or simply differing conceptual proposals, theories are legion. In reality, there are theories within theories. The Big Bang, a speculation if ever there was one, is a telling example. For the very first second of a supposed cosmic explosion (which is actually an expansion of space), there are no fewer than a hundred versions of cosmic inflation alone—which is merely one possibility describing the beginnings of the Big Bang, itself a mere assumption!

Quantum mechanics suffers the same fate. Leaving aside string theory, which has no fewer than five variants, quantum theory splits into at least nine schools of thought intersecting curious concepts such as materialism, idealism, non-local hidden variables, space, time, and the oneness of the universe. Who doesn't have a theory these days?

A.R. does not oppose experiments conducted in physics, but rather their interpretation. If most calculations using Minkowski space-time are validated (within a few approximations), it is because fractal space broadly juxtaposes fractal time, giving the illusion of linear equations—hence the reliance on integral functions. However, if the transition from one scale to another does not occur simultaneously for space and time, massive discrepancies arise. This is the case for gravity at very large and very small scales, residual gluonic interaction (color charge offset of quarks) enabling the strong force, residual electromagnetic interaction binding two atoms together (on which all life manifestations depend), and finally all UFO and paranormal phenomena.

Particles display either particle or wave behavior, but not both at once. What are particles then? Quantum entities? We are hardly any wiser. For A.R., an atom is a fractal unit of S-T. Curious as it may sound, an atom is indeed an indivisible entity. It is made not of matter, but of time embedded in space in specific proportions. Nothing other than space and time. However, the way this space and time are arranged dictates its characteristics.

Quantum Mechanics

Max Planck solved the puzzle of observed light frequencies violating established laws by asserting that light consists of tiny "packets" (quanta). The vibrations reflecting a body's heat do not spread across all possible values, but obey a determined law. He formulated the equation linking energy E and frequency f: E = h·f, where h is Planck's constant, such that E/f is always an integer multiple of h. Planck thus ushered in the era of discontinuity. Contrary to a widespread misconception, quantum physics is not the study of the infinitely small, but the study of "wave packets". Each atom can emit electromagnetic radiation in the form of quanta. When an atom is excited, it shifts quantum levels, then instantly drops back to its ground state by emitting light. The color of this light depends on the atom. Thus, one can determine an atom's spectrum by studying the light it emits when excited. The frequency of this light equals the energy gap between the excited state and ground state divided by h: (E1 - E0)/h. Consequently, emitting a quantum at high frequencies demands immense energy. This is why particle accelerators require ever-increasing amounts of energy to produce particles that do not naturally exist at our spatio-temporal scale.

One of the cornerstone principles of quantum mechanics is Heisenberg's uncertainty principle, which prevents us from simultaneously knowing both the position and velocity of a particle. One must understand that Heisenberg's uncertainty arises because t (time) cannot be known without defining x (position), and x cannot be known without defining t. It is like asking two questions simultaneously when the answer to one depends on the answer to the other. Yet defining t or x alters the response. Propagation speed itself carries inherent uncertainty because the measuring instrument influences it. c actually depends on a number of iterations according to Jean-Pierre Garnier-Malet's doubling theory. Consequently, the concept of a trajectory has no meaning in quantum mechanics. Likewise, it is impossible to construct a device that measures a particle's position without disturbing it. The underlying principle is wave-particle duality, yet no one explains this duality. In practice, quantum mechanics speaks of probability amplitudes, introducing randomness as a fundamental principle. The dilemma of quantum mechanics in its current state is that the object, measuring instrument, and observer are inextricably linked. Probabilistic functions provide an adequate mathematical formalism for practical use, but explain nothing. They list possibilities according to variable odds of occurrence. Science must explain how probabilities possess a causal nature. In other words, science currently explains the nature of things using a concept rather than a law: chance. But science without laws is not science.

The key to the problem is explaining the nature of chance and its "density"—that is, the role it plays in the occurrence of phenomena. This is where A.R. steps in: chance is fundamentally a problem of spatio-temporal scale; it is the translation of time's role in phenomenology. In the microscopic world, time is dominant. Conversely, in the macroscopic world, space is decisive. Causality is conditional because it depends on the quantity of time within a given volume of space. The greater the time density, the lower the causality, because more events occur simultaneously. A quantum state is therefore not a particle, but a superposition of possible situations.

One of the core tenets of quantum mechanics is this: the shorter a particle's lifespan, the more energy it possesses. Similarly, short distances correlate with high energies. The question that follows is: what is the decay process from which these transformations toward greater stability originate? A.R.'s answer: it is the transfer of information from one temporal fractal to another of lower time density.

Special Relativity and Energy

Special relativity teaches us that space and time are relative, but S-T is absolute. The closer an object approaches the speed of light, the more its size contracts and its time dilates, as observed from a frame at rest. Energy (as manifested and defined by science) represents a shift in temporal scale. It can thus be assimilated to fractal time and can replace the concept of mass in quantum mechanics. To be precise, mass is described by the space a particle occupies; it varies solely based on the chronons contained within that space. Mass is not what it appears to be, since we derive it from Einstein's equation: E = mc². In the experimental reality of the infinitely small, we always measure energy. We see then that particle mass does not exist intrinsically, as it is partially equivalent to the expression of fractal temporal values. This equation must therefore be re-examined; E is no longer equal to mc². It is itself relative to the S-T in which it is situated. Thus, the energy of fractals corresponding to very high temporal densities remains potential for a lower fractal, without unfolding within it. Quantum energy is essentially tied to the duration of phenomena, not to the mass of particles. Note that mass can also be understood as the intensity of gravitational potential. Yet gravity is a curvature of S-T that directly influences the flow rate of time. Both electrostatic and gravitational potentials share the same flaw: a gauge field divergence. General relativity describes gravity as a curvature of S-T—pure geometry. But geometry cannot describe the nature of time, however tempting it may be for our materialistic minds, which constantly seek to know where things are when we should be seeking to know when facts exist. It takes a far more powerful mind to grasp non-geometry rather than geometry, which is spatial by definition and accessible to our everyday senses. This superiority of temporal intelligence may not be recognized immediately, as it stems from a perception that bypasses the use of physical eyes to see the world. In A.R., unlike general relativity where force is applied from the viewpoint of a fixed S-T, we shift both the source-S-T (the one pushing the cart) and the energy-receiving S-T (the cart). It is thus a translation of a spatio-temporal differential. In terms of doubling theory, we simply displace successive horizons from Ω0 to Ω6.

The law of conservation of energy is actually a law of energy dissipation (or selection). Note that for A.R., the speed of light is the limit of exchange between space and time achievable through motion. Motion is merely one mode of transferring quanta of space into quanta of time. Nevertheless—and this is the very principle of A.R.—the transfer of space into time (or vice versa) is primarily driven by "local" exchanges occurring between spatio-temporal fractals. The trick is simple: grains of space are converted into grains of time and vice versa. This loss of space grains is the dematerialization process. The intrinsic meaning of energy has never truly been understood because it manifests in numerous forms depending on the scale of the objects involved: mechanical, biological, chemical, electromagnetic, quantum, vacuum energy, etc. That meaning is time! Truly understanding this requires a heroic feat of the mind: discarding centuries of errors. The physical time of our watches does not exist; it is a pale copy of the deep meaning of time, whose essence is captured by psychological time. Einstein asserted that simultaneity is an illusion, notably through the barn-pole paradox. This paradox shows that a pole longer at rest than a barn can, when launched horizontally at high speed, fit inside the barn such that both front and rear doors can close simultaneously. This holds true within the barn's frame of reference, but not within the pole's. In other words, an event can belong to the present, past, or future depending on the observer's frame. The gap between present (in the trivial sense) and past or future (far in one direction or the other) will be all the more significant as temporal density increases.

UFOs

Until now, our thinking about UFOs has been entirely upside down. They are not trying to exceed the speed of light c, but on the contrary, to reduce it to its absolute minimum from our standpoint! Physicists know this is entirely possible, as recent experiments succeeded in slowing c down to 1.5 m/s! To achieve this, the traveling system (craft + occupants) must "descend" into the infinitely small—or more accurately, utilize a property of time, its fractal nature, which mimics the states described by quantum mechanics. It is not the craft that travels; it is space that compresses. The stars draw closer. This is enabled by variations in fractal time. This explains the extraordinary acceleration observed, which is merely an illusion caused by a temporal density differential, as well as an illusory reduction in size that gives us the impression they are far away.

Thought-forms

What is a thought-form? It is a structure of information (much like a molecule) imbued with the energy its creator devoted to it. This energy is often emotional in origin, though other forms of energy exist. Thought-forms, immaterial by nature, are creations generated either by the primary universe or by conscious beings. They are more or less crystallized within the cosmos—up to material density—depending on the energy and sustained precision dedicated to their crafting over time. But every creation possesses reality in itself, regardless of its form, material or otherwise. To grasp this mechanism, we must personally practice forming and observing thought-forms. When consciousness frees itself from spatial constraints during meditation, it opens up to a broader density of time and thus information. Most of our psychological experiences, like dreams, remain filled with life's stimuli. They house our unexpressed desires or deep-seated fears. Thus, we endure our own thought-forms as well as those of others. Being pragmatic does not mean being materialistic, but being capable of experimenting and acquiring the means to do so. The mystic is the most pragmatic of all.

Dematerialization is equivalent to a folded fan that retains its shape memory—a shape revealed when the fan unfolds (materializes). Forms are preserved in high temporal densities just as fractal patterns persist across scales. This is the essence of a holographic universe. A form is merely a structure of information comparable to lossless compressed data created by computers. One must distinguish form from object; materialists confuse the two. Decoherence theory goes further than the concept of superposition of states: it posits that matter is immaterial in a configuration where it represents a coherent system in the electromagnetic sense—meaning matter is not physical until wave-function collapse occurs (macro interaction). This theory explains how objects can be materialized or dematerialized.

Antimatter

We have obtained, at best, only 50,000 antimatter atoms for a few microseconds within an extremely powerful magnetic field (without matter/antimatter contact). Antimatter appears to be nothing more than the signature of a fractal spatio-temporal boundary. Antimatter does not exist in and of itself, yet it is produced every day. The pseudo-encounter between matter and antimatter demonstrates the colossal energy of higher temporal fractals. If an object's world line (a special relativity concept) is exceeded, superluminal speeds are attained. If an electron crosses this world line, it becomes a positron—an anti-electron. All antimatter thus appears to signal a causality flowing in reverse to ours. Antimatter can be viewed as the absence of physical causality rather than a symmetry resulting in inverse causality. Antimatter is not the opposite of matter; it is "non-matter".

Antimatter appears as a inverted image of our temporal flow, while acting as a compensation for the cyclic, circular nature of events. Cyclic time dictates that after completing a period, a phenomenon returns to its exact starting point. This contradicts the irreversible flow of time, since effect cannot precede cause in linear time. Furthermore, time-reversal (T) symmetry breaking was demonstrated in neutral kaons. This breaking marks the slight offset between the unfolding sine wave of time and temporal catch-up (the compensation of linear time over cyclic time). If antimatter compensates between cyclic and linear time, it follows that it vanishes beyond a certain energy threshold or, more accurately, aligns with the signature of a higher temporal density—given that this compensation operates at a scale finer than the particle's frequency. Note that photons have no antiparticles, for good reason. Matter arises from antimatter through shifts in time density—that is, from "non-matter". This "non-matter" is a sequence of time unfolding at a rate far superior to that of matter, generating energy via fractal variation: higher temporal density emerges into lower density, manifesting as a colossal release of energy.

The limiting world line associated with the speed of light becomes a fractal boundary—a ratio between time and space in terms of their granularity. Quantum physicists include antiparticles in scattering matrices precisely because the stability of matter (a determined fractal temporal flow) compels these "antiparticles" to return not to an inverted time direction, but to a temporal flow higher than the atomic scale—a physically acausal realm from which linear time flow cannot emerge (quantum time superposition). "Non-matter" thus resides in a different fractal temporal scale (higher time density) than matter. There is no symmetry, but rather a fractal temporal variation from a fine scale toward a coarser one. To put it clearly, antimatter is a compensation for entropy stemming from temporal flow. This is why causality is variable. How is it then that biochemists, neurologists, physiologists, and psychiatrists observe causal continuity between physical internal/external phenomena and our perception of them?

The Missing Mass of the Universe, Redshift, and the Big Bang Theory

Astrophysicists acknowledge energy loss within the framework of cosmic expansion, since frequency is altered by spatial expansion. This reduces the number of cycles per conventional time unit. There is therefore no heresy in discarding the law of conservation. On the other hand, a particle's kinetic energy is E = ½·m·v², where m is mass and v is velocity. In the standard cosmological model, we get mass conservation alongside a corresponding loss of energy as particles move farther apart in expanding space. Conversely, in the infinitely small, we can admit an energy increase without a corresponding mass increase by adjusting frequency, once we decipher the nature of time in the denominator. Assuming this time unit understates the true flow of time within a fractal time framework, we obtain higher energies at the wave scale that remain undetected at our human scale (our "second" unit). It is an underestimation in the infinitely small, and an overestimation in the infinitely large.

Redshift is an electromagnetic Doppler effect that shifts white starlight toward the red spectrum due solely to relative recessional motion between stars and Earth. Measured apparent frequency is thus lower than actual frequency. Scientists do not know the count or distribution of black holes—essential assumed factors in gravitation. Estimates of homogeneity and isotropy apply to the observable universe, not the entire universe. Furthermore, there is insufficient observable matter to account for cosmic expansion—likely because the universe is simply not expanding!

There is currently no objective reason to assume the missing 70% of mass is uniformly distributed, since its whereabouts are unknown. The discovery of dark matter should have prompted a reevaluation of the Big Bang model. To save it, cosmologists cling to hypothetical exotic matter that has never been observed, avoiding the problem that an enormous amount of deuterium (a hydrogen isotope) should otherwise have been produced in the early universe—contradicting the model itself. Observations of distant supernovae suggest accelerating expansion because they appeared dimmer than predicted by the standard model. Yet accelerating expansion requires invoking dark energy—an entity never observed outside speculative Big Bang models. This brightness drop could be explained by galactic dust formed by condensing iron needles ejected by previous supernova generations, as proposed by Indian astrophysicist Jayant V. Narlikar—a mechanism confirmed by laboratory experiments. He also notes that the Big Bang fails to explain redshift discrepancies between two galaxies physically connected by a filament, where the likelihood of a background coincidence is extremely low.

Yet redshift remains a pillar of the dominant model. One could more easily imagine that space is neither homogeneous nor isotropic by considering its fractal nature. Distance between a star and us would inherently slow time flow. In other words, with frequency tied to discrete fractal time, distance itself generates redshift without relying on the Doppler effect. The age of the universe is calculated through continuous adjustments to Hubble's constant, which has been systematically lowered to fit the oldest observed objects into a predicted age currently estimated at 13.5 billion years. But does the universe truly have an age? Under A.R., the answer is no; the universe is stationary. Each galactic or stellar system operates on its own clock.

The universe's missing mass (estimated at 70% or more!) represents the mass needed to maintain galactic stability (balancing centrifugal and gravitational forces). Hypotheses abound to preserve our current cosmic model: dark mass, shadow mass, mirror universes, dark energy, repulsive forces... In truth, nothing is missing! With time varying inversely to space (up to fractal scale), the larger space becomes, the less time weighs. Gravity is a force—the product of mass and acceleration. Acceleration is distance divided by time squared. If we decrease the denominator (time) while increasing the numerator (space), the result grows rapidly. If we multiply this by mass, and mass decreases slower than the denominator (gravitational mass decreases as space expands in A.R.), the result generates a divergence between fractals. There is our missing mass! We have vastly underestimated gravity at large scales! Gravity actually increases (relatively) with distance. This perfectly aligns with observations: the missing mass factor for a single galaxy is 3 to 5 times its estimated mass, but jumps to 10 or more for galaxy clusters! This confirms that spatial fractals (system scales) are paired with temporal fractals. In other words, fractal variations in time flow dictate gravitational potential.

A galaxy is a rotating disk. Yet most of its mass (matter density) is concentrated near its center. By conservation of angular momentum, the core should rotate much faster than the edges. Curiously, measured galactic rotation curves show nearly identical speeds from core to rim! Outer stars travel at superspeeds that standard laws cannot explain. Under A.R., the universe becomes simple and logical: a galaxy is a quasi-homogeneous fractal system with a stable time flow. As outer stars cover greater distances within the same fractal time, they travel much faster than terrestrial laws predict.

And where does Homeopathy fit into all this?

An atom is a unified entity with variable adaptability to its environment. Electrons, though seemingly separate from the nucleus, are merely the spatio-temporal expression of the nucleons forming that nucleus. To understand our error, we must look at an atom's genesis prior to any interaction. Variable flexibility stems from the number of electron shells available to share (or release) outer electrons. Atoms retain a memory of their incompleteness and combine with others to form molecules by filling incomplete shells, seeking wholeness at all costs. Thus, atoms possess memory in A.R. French researcher Jacques Benveniste's water memory relies on a fundamental atomic trait. However, some atoms possess more memory than others. Generally, the more complete an atom's electron shells are without external help (bonding with other atoms), the longer its memory lasts, as the original signal remains intact without dilution or dispersion. In short, the fewer interactions an atom has experienced, the better it retains the memory ("software") useful for dematerialization. In water, memory persists because hydrogen bonds remain weak, preserving a specific form of memory integrity. All of homeopathy rests on this atomic property. Dismissing this therapeutic method for commercial reasons driven by medical lobbies denies the existence of quantum computers, whose core principle relies on retaining memory by minimizing interactions. Furthermore, homeopathy has amply demonstrated its efficacy. By reducing space, homeopathy enables higher temporal density—meaning more energy and information conveyed through atomic memory. Homeopathy represents a tangible reality under A.R. principles.

Acknowledgements

Many thanks to the scientists: Jean-Pierre Garnier-Mallet (doubling theory) and Russian researchers N.A. Kozyrev, Albert Veinik, and Vadim Chernobrov, who worked on the mathematical modeling of fractal time theory.

These texts result from deductions based on these approaches and carry a philosophical rather than strictly scientific nature, minimizing mathematical jargon. They claim no absolute authority, but outline the broad scope of a theory awaiting further development. They are presented not as assertions, but as proposals. This text aims to share information that fundamentally alters how we perceive and conceive the world around us—including a plausible explanation for homeopathy.