Einstein’s Theory of Time:
Einstein’s theory of relativity fundamentally changed how we think about time. In his model, time is not absolute—it’s relative to the observer's motion or gravitational environment. This leads to phenomena like time dilation, where time appears to slow down for an observer traveling at high speeds or near a massive object.

In special relativity, the faster an object moves relative to the speed of light, the slower time passes for that object. In general relativity, the closer an object is to a source of gravity, the slower time appears to pass due to the warping of spacetime. These effects have been measured and confirmed through experiments like atomic clocks on airplanes and GPS satellites in orbit.



Why This View Is Flawed:
While Einstein’s theory accurately predicts the effects of time dilation and the role gravity plays, it relies on the assumption that time itself is changing. But what if the slowing of time isn’t due to time itself bending or stretching, but rather how we experience time under different conditions? This creates a key misunderstanding: what Einstein describes might not be time in the truest sense, but rather subjective time—a localized, perceptual phenomenon based on the observer’s environment.

Now, let's redefine this concept with a deeper distinction between true objective time and the subjective time Einstein's theory touches on:

True Objective Time:

- Objective Time is the underlying, universal flow that synchronizes all events across the entire universe.

- It’s not tied to any specific perception, location, or environment—it just is.

- This universal time is why, despite different subjective experiences of time (due to speed, gravity, etc.), all events in the universe remain connected and in sync. This is the true objective nature of time, which underlies everything.

Subjective Time (Including on Earth):

- Even what we think of as time on Earth is still subjective because it’s only how we experience time within the specific conditions of Earth (gravity, motion, etc.).

- Different places in the universe, due to different conditions (speed, gravity, etc.), have different subjective experiences of time. This is why we see things like time dilation in relativity—it's not time itself changing, but our subjective experience of it changing.

Why It’s All Connected:

- Despite the differences in subjective time at different locations (Earth, space, near black holes, etc.), the true objective time flows uniformly throughout the universe, keeping everything in sync. This is why events everywhere are connected, even if the subjective experience of time is different.

Refinement of the Clock Idea:

- The clocks we use, whether on Earth or in space, are still limited by our subjective experience of time.

- In space, if clocks were artificially sped up to match Earth’s time, they would still only reflect the subjective time of Earth or space, not the objective nature of time itself, which transcends all local perceptions.

The Core:

- Objective Time refers to the true, universal flow that keeps everything synchronized, independent of where you are or how fast you’re moving.

- Subjective Time (whether on Earth or in space) is how we experience that universal flow in our specific conditions, but it’s not the ultimate truth of time itself.

Why Believe My Theory of Time Instead?

The strength of this theory lies in logical reasoning. On Earth, we experience what we consider to be the "normal" flow of time. When we observe that time moves more slowly in space (through experiments or calculations), we are logically aware of a different subjective time at play. But here's the key: we can still observe that slower flow of time and recognize it as different from our own.

If time itself were actually moving slower in that other location (space, near black holes, etc.), we wouldn’t be able to logically perceive the difference. From the perspective of objective time, everything in that location would appear to move normally. We would lack the ability to understand that time was moving differently at all because we would be experiencing that altered time as our baseline. In other words, the very fact that we can observe and measure a difference in time flow shows that what we’re seeing is a subjective experience of time, not time itself.

This theory allows for the possibility of thinking logically about time, recognizing when time appears to move differently, and explaining those differences through subjective time—while objective time continues to flow uniformly and keeps all events in sync across the universe.



How to freeze time: The Infinite Reaction Time of Objective Time

To illustrate the distinction between subjective time and objective time even further, consider the following thought experiment: A fly’s reaction time is much faster than a human’s, making time seem slower for the fly. Now, imagine a being whose reaction time is infinitely fast.

Here’s the crucial point: If a being’s awareness of time speeds up to infinity, it would freeze objective time entirely. If someone has a super fast awareness of time for 5 minutes, then you could argue that it would just take a really long subjective time for that person to get to the end of those 5 minutes like a normal person can. But if they had an infinitely fast awareness of time, then they would never reach the end of those 5 minutes since it would stretch on for infinity (i.e. frozen time), so therefore yourself reaching the end of those 5 minutes would logically contradict their awareness of time being frozen.



Added explanation for those who still don't get it:
Imagine two people start at the same point in time, both with the same awareness or perception of time. Then, these two individuals go their separate ways, experiencing different physical conditions that alter their subjective awareness of time. After some time, they return to the same location, and their awareness of time becomes synchronized again.

Now, let’s introduce a third person who observes the entire process. This observer notices that even though the two people experienced time differently while apart, they are back in sync once reunited. From the third person’s perspective, it becomes clear that only their awareness of time changed, not time itself. In other words, time did not bend or stretch; instead, their individual experiences of time were affected by their different environments.

Now, let’s consider another situation where events themselves slow down along with the individuals' awareness of time—maybe they are in a region of space where everything seems to be happening more slowly. The third observer would still not conclude that time itself had slowed down. Instead, they would reason that these individuals are in an environment (like an energy field or gravitational influence) that is slowing down both the events and their perception of time. The observer, who has a broader perspective, knows that Objective Time—the constant, underlying flow of time—has not changed. It’s just that this particular environment has affected the individuals' subjective experience of time.

This highlights the value of Objective Time: it allows us to understand how everything remains connected and synchronized, even when different observers experience time differently.

When we hear about time slowing down in extreme environments, such as near a black hole, we understand that subjective awareness of time might differ—time might seem to pass more slowly for an individual in that environment. However, from the perspective of Objective Time, we realize that the flow of time itself hasn’t actually slowed. It’s just that the person in that environment is unaware of the full passage of time due to their altered perception.

In summary:
- Time itself remains constant (Objective Time), keeping everything connected.
- Changes in time perception are due to changes in awareness of time, not time itself.
- From a third-person perspective, it’s clear that environmental factors (like gravity or motion) affect awareness, but they don’t alter the fundamental flow of time.