What Is Time - time-entropy/What-Is-the-concept-definition-meaning-nature-of-time GitHub Wiki

What Is Time?

Time as a Cosmic Mosaic: How Space, Entropy, and Moments Interlock

Imagine the universe as a vast, dynamic puzzle where each tiny piece—a Space Elementary Quantum (SEQ) —shifts its state at every tick of Planck time (10⁻⁴³ seconds). These shifts aren’t random; they follow a strict rule: every space transformation changes entropy, and each entropy value marks a unique moment in time. Here’s how this elegant mapping works, piece by piece:

1. The Building Blocks: SEQ and Discrete Transformations At the Planck scale, space isn’t smooth but made of indivisible SEQ units, each with quantized energy states. The universe evolves through stepwise "flips" in this network:

Each flip is a space transformation—like a pixel changing color in a cosmic film. Only one transformation occurs per Planck time, creating a chain of discrete moments. Key Idea: Time isn’t a river but a flipbook of space changes.

2. Entropy: The "Time Stamp" of Each Transformation Entropy isn’t just about disorder; it’s the barcode marking each moment:

Every space transformation has a unique entropy value, calculated from the energy distribution of all SEQ involved in that flip. Higher entropy = a more "advanced" moment in time’s arrow. Think of it like climbing a staircase where each step is numbered by entropy. Example: If two transformations could happen next, the one with higher entropy "wins"—locking in the next moment.

3. Non-Uniform Time: Not all entropy values are reached equally:

Parallel transformations might share the same entropy, but only one can occur (like choosing a path in a maze). Gaps in entropy mean some potential moments never exist. Time isn’t continuous; it’s a selective sequence of entropy-checkpoints. Cosmic Glitch? This explains why time feels smooth—our perception averages trillions of Planck-scale jumps.

4. Relativity Meets Entropy: Time Dilation’s Secret Einstein’s gravitational time dilation gets a quantum twist:

Gravity stretches space, slowing SEQ transformation rates—like a stretched spring vibrating slower. Fewer flips per second = slower local time. Entropy still climbs, but at a reduced pace near massive objects. Testable Prediction: This model hints at asymmetry in electron/positron behavior due to SEQ’s chiral spin.

5. The Big Picture: A Universe Computing Itself The cosmos might be a colossal entropy-driven computer:

Input: Space transformations. Output: Time’s arrow, calculate entropy values from space transformation matrices. Code: A multiplicative entropy formula tying quantum mechanics to thermodynamics. Final Thought: space is a network and entropy its clock.