What Is Time?

For centuries, time has been considered one of the most fundamental aspects of reality.

1. Sequential Time

Most people assume time is something that “flows,” like a river carrying us from the past to the future. But this assumption is flawed. Instead, time is just the way 3D observers process sequential information.

In 3D (x, y, z), we do not experience “time”—we experience the present.

We remember the past because we store information—but we do not experience the future, because we have not processed it yet.

From a higher-dimensional perspective, past, present, and future are all part of the same structure

—we just move through it like reading frames of a movie.

Imagine watching a film frame by frame. The entire movie already exists, but you only experience it one frame at a time. That is what time is—just the way we process dimensional information.

2. The 4D Perspective: All Moments Exist Simultaneously

If time is just an information-processing effect in 3D, how does it work in 4D space-time?

In 4D (x, y, z, t), time is a physical dimension.

All moments—past, present, and future—already exist, just like all locations exist in space.

A 4D being would not see time as something “moving”—it would see all of time laid out as a landscape, like a map.

In other words, what we call “the future” already exists—it just hasn’t been processed yet by our limited 3D perspective.

3. Why 3D Objects Cannot Move Backward in Time

1. Because 3D objects are locked into forward information processing.

2. Once a system processes information, it cannot “unprocess” it.

3.The past does not disappear—it is simply no longer accessible within 3D constraints.

A computer cannot “un-run” a calculation—it can only store past results. Likewise, the physical world cannot reverse information that has already been processed.

This is why:

1. Entropy exists—it’s just information accumulating over time.

2. Wavefunction collapse appears to be irreversible—because the information state has already been processed.

3. We cannot travel backward in time—because a 3D observer can only move forward through the processing of information.

The past still exists—it is just inaccessible to 3D observers.

Time is not “real” in the way we think—it is simply a function of dimensional perspective.

This explains: Why quantum mechanics allows for entanglement—time does not actually separate events in 4D space.

4. How People Measure the Earth’s Motion and Call It “Time”

For centuries, humans have measured time by tracking the Earth’s rotations and revolutions. This practice has shaped our understanding of time as something absolute and flowing forward. However, in reality, what we call “time” is just a system of measurement based on motion, cycles, and change—not an independent force of nature.

Time, as we commonly define it, is nothing more than the measurement of Earth’s movement relative to the Sun and stars.

4.1 The Earth’s Rotations and Revolutions: The Basis of Human Timekeeping

Humans developed the concept of hours, days, months, and years by observing the motion of celestial bodies, especially the Earth and the Sun.

A Day = One full rotation of Earth around its axis (~24 hours).

A Year = One full revolution of Earth around the Sun (~365.25 days).

A Month = Originally based on the Moon’s cycles (~29.5 days).

Thus, our entire system of timekeeping is motion-based—it is not an inherent property of reality but a measurement of planetary movement.

Key Insight: If humans lived on a different planet with a different rotation/revolution cycle, we would have a completely different concept of time.

4.2 Time is Not a Force—It is a Human Interpretation of Motion

We often talk about “time flowing”, but in reality, we are just observing change over cycles of movement.

A second was originally defined as 1/86,400th of a day (since a day has 24 hours, each with 60 minutes, each with 60 seconds).

A minute and an hour are subdivisions of Earth’s rotation.

A year is Earth’s journey around the Sun, broken into months and days.

Reality Check: If the Earth suddenly stopped spinning, days and nights would no longer exist, but would time stop? No—because time as we know it is just a measurement of movement.

4.3 Time is Relative: How Speed and Gravity Change Our Perception of Time

Einstein’s Theory of Relativity proved that time is not universal—it is relative to motion and gravity.

Faster Movement Slows Time:

• When objects move closer to the speed of light, time slows down for them.

• Example: Astronauts on the ISS age slightly slower than people on Earth because they are moving faster.

Stronger Gravity Slows Time:

• Time runs slower near massive objects like black holes.

• Example: If you lived near a black hole, one day for you could be years for someone on Earth.

Conclusion: Since time is affected by speed and gravity, it is not an independent force—it is just a function of motion and perception.

4.4 "Time" is a perceptual limit of 3D beings.

In 3D: Time appears to flow forward because we process information moment to moment (like a movie frame-by-frame).

In 4D: Time is a complete structure—past, present, and future exist simultaneously (like seeing the entire film at once).

In 5D: Time is not even relevant anymore for a 3D observer—only coherence fields define reality

Time Is the Processing of Information

We measure rotations, oscillations, and decay processes and call it “time,” but we are just tracking changes in information states.

Everything that has ever happened and everything that ever will happen already exists—we just experience it one frame at a time.