Time made comprehensible. Compilation on Time by AI.

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Time made comprehensible. Compilation on Time by AI.

Time is a scale- and observer-dependent phenomenon, emerging from our ability to perceive the effects of entropy. It is only possible in the presence of memory, which means that memory is what creates the very possibility of experiencing time. If you lose your memory, you exist only in the present. This also implies that the entire universe possesses memory — and you are a part of the memory of the universe.

Below is a compact overview created by AI from dozens of articles about Time, which I have written over many years. There may be some errors, but overall, it provides insight into Time — what it really is or could be — reflecting the ideas I have spent a great deal of time thinking about.

AI overview:

# Comprehensive Compilation on Time

## 1. The Nature of Time and Its Variability

– The speed of light, long considered a fundamental constant, may in fact not be absolutely constant in our local universe. It’s suggested that it varies, albeit minutely, over years and requires ongoing verification.
– Space is conceptualized as a fluid substance composed of Planck-scale “particles.” Observed phenomena such as quantum spin, tunneling, Cherenkov radiation, and quantum entanglement all seem to surpass what is traditionally considered the maximum possible speed—the speed of light—especially at the quantum scale.
– On cosmological scales, observations indicate events that appear to exceed even six to twenty times the speed of light. Within moving “flows” of space, local limits remain unviolated; relative motion within nested regions can create superluminal effects for external observers without breaching actual physical laws.

## 2. Energy, Entropy, and the Creation of Time

– Energy is intimately tied to the creation of time. Injecting more energy into a system generates more “time,” which relates to the observed slowing of time during high acceleration or gravity (as seen near the speed of light).
– The interplay among energy, gravity, and entropy forms the backbone of observed time dilation effects.
– Entropy is described as the underlying principle of both time’s existence and flow. The universe’s origin as a singularity further highlights that entropy, and thus time, might precede space-time itself.

## 3. Temperature, Entropy, and the Flow of Time

– The relationship between temperature and time is crucial: as temperature approaches absolute zero, fluctuations still occur but true absolute zero (and a halt to time) remains unreachable. The hypothesis emerges that stopping time (or reversing it) would necessitate achieving negative temperatures, which is beyond current capability.
– Both freezing (approaching absolute zero) and heating (to the universe’s maximum possible temperature) may lead to cessation of time. At maximal entropy—whether by freezing or heating—motion ceases, time “stops,” and a cosmic cycle might begin anew.

## 4. Relative Time and High Energy Densities

– Time is not “stretched” but *compressed* in regions of high energy density. Locally, more time flows where more energy is concentrated (e.g., in gravitational fields or high temperatures).
– From the outside, such high-energy systems appear to “move” faster through time, having experienced more time when clocked at a meeting point with another observer.
– Everyday life provides analogies: food refrigeration simplifies to slowing local time to preserve matter, while intense learning expands subjective temporal experience.

## 5. Speed, Flow of Information, and Life

– Both the “speed” of time and its “amount” (the rate of information flow) fundamentally shape experience. A person absorbing new knowledge perceives time differently compared to a person in stasis.
– The “width” of time, as a measure of information experienced, means some individuals live fuller lives mathematically, given the richness of information processed.

## 6. Entropy: Order Versus Disorder

– Scientific convention labels entropy as “disorder,” but from a cosmic perspective, entropy leads to higher equilibrium—a form of order or equality. This shift in perspective can influence how we conceptualize both physics and broader societal structures.

## 7. Gravity’s Role in Time

– Time and entropy are inseparable; gravity physically diminishes the configurations available to matter, reducing the “speed” of entropy and thereby slowing time (such as near black holes).
– Devices at near absolute zero or regions of maximal gravity can, in theory, remain unchanged for epochs, enabling potential cross-temporal communication via quantum entanglement.
– At both temperature extremes (ultimate cold or hot), time may halt; the universe could “reboot” from either end of this spectrum.

## 8. Manipulating Time: Temperature as a Practical Lever

– Time can be influenced more feasibly through temperature modulation than by gravitational manipulation. For example, freezing biological organisms is already a primitive form of time travel (cryonics).
– Hypothetically, time machines might use temperature changes to maintain integrity by manipulating entropy, perhaps aided by quantum information transfer to reconstruct objects after temporal displacement.

## 9. The Impossibility of Classic Time Travel

– The conventional notion—that one can travel into the future or past and remain young relative to others—misunderstands the physics. The real determinant is gravitational acceleration, not velocity alone.
– Humans cannot realistically experience significant differential aging via spaceship velocity; only by dramatically altering entropy (as with deep freezing) could significant “time travel” be achieved.

## 10. Time, Entropy, and Information

– Time emerges from entropy, which in turn is governed by probability. This leads to the idea that time is fundamentally a statistical, not absolute, phenomenon.
– By perfectly storing and recreating a past state (information), one could, in effect, reverse time locally, though the need for such a feat is philosophical rather than practical.

## 11. Misconceptions About Spacetime

– The arrow of time is not unique; all four dimensions (three of space, one of time) are subject to non-reversibility, yet can be locally or approximately “reversed.”
– The inability to perfectly recover a state does not preclude extremely close approximations via technology—returning to a prior state is technically a matter of precision, not forbidden by physical laws.

## 12. The Flow and Reference Frame of Time

– Time’s flow depends on entropy and is inherently reference-frame dependent. For example, a molecule returning to its original configuration after eons has experienced no net time, despite the universe around it changing drastically.
– Aging and brain development are thus tied to entropy; minimizing bodily change minimizes time’s passage biologically.

## 13. Light and Time

– Light, moving at the fundamental speed limit, experiences no time—connecting all points in space instantaneously from its own perspective. This underpins quantum entanglement and the idea that past, present, and future may not be strictly separated.

## 14. Mental Influence on Time

– As time is bound to entropy and probability, the human mind, by achieving highly improbable states, can potentially operate beyond the normal flow of time, at least theoretically.

**Summary of Core Insights:**

– **Time is not constant**: It is a flexible, emergent, statistical phenomenon tightly woven with energy, entropy, temperature, and gravity.
– **Changing time’s flow**: Main levers include entropy modulation—primarily via temperature or gravity—not velocity alone.
– **Information and reversibility**: Local reversal of time hinges on information storage and system recreation, more practical than cosmic-scale time travel.
– **Mental/biological link**: Time and aging are tied to informational complexity and system entropy, whether in brains or in biological tissues.
– **Theory and speculation**: Much of the discussion challenges textbook interpretations, urging reconsideration of classic time, entropy, and cosmic origins.

This report blends theoretical physics, critical re-examination of established principles, and speculative thought experiments to provide a rich, multifaceted view of time.

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