【The True Nature of Gravity】Is the Universe Merely "Wanting to Scatter"? Cutting-Edge Physics Reveals a Staggering Truth

Introduction: The “Ultimate Mystery” We Take for Granted

We don’t normally think about why our feet touch the ground. If you drop your smartphone, it falls to the floor. If you jump, you land. These are phenomena so fundamental they’ve been constant since birth.

But did you know that in modern physics, this very “gravity” is the universe’s greatest mystery? It’s the “final boss” that countless geniuses haven’t been able to defeat even after 100 years?

This time, I’m introducing the video “The True Nature of Gravity: The Ultimate Puzzle Geniuses Have Tackled for 100 Years May Finally Be Understood” from the Slow Space Classroom series.

This video explains, in surprisingly accessible terms, how the latest theoretical physics is attempting to answer the mystery of gravity—a mystery even Einstein couldn’t fully unravel.

The content discussed fundamentally overturns our “worldview.” Theories that rival science fiction movies emerge one after another: “Gravity doesn’t exist,” “The universe is a hologram,” “Gravity is the same phenomenon as a messy room.”

In this article, building on the content of this shocking video, we will delve deeper into the questions: “What is gravity?” and “What does it mean to live in this universe?”

Chapter 1: Einstein’s Despair and the Curse of “Infinity”

The Flaw in the Perfect Theory

Isaac Newton once defined gravity as “the force that attracts objects to each other (universal gravitation).” He explained that apples fall because the Earth pulls them.

But Albert Einstein overturned this. In his General Theory of Relativity, he posited that “gravity is not a force of interaction, but a warping of spacetime.”

Just as a heavy ball sinks into a trampoline, objects with mass warp the sheet of spacetime. The phenomenon of objects rolling down this warp is what we call “gravity.” In other words, the Earth isn’t pulling the apple. The apple is simply sliding down an invisible slope in spacetime.

This theory worked perfectly in the macroscopic world of stars and galaxies. However, when applied to the microscopic world of atoms and elementary particles (the world of quantum mechanics), it breaks down.

“The calculation results diverge to infinity, causing the equations to explode.”

As explained in the video, attempting to calculate gravity in the microscopic world causes probabilities and energies to become “infinite.” In physics, the appearance of infinity signifies the failure of a theory. It’s like being told “tomorrow’s chance of precipitation is infinite percent” – it’s the same as being unable to predict anything.

Intelligence that accepts incompleteness

Einstein pursued this unification (the unified field theory) until his death, but his dream remained unfulfilled.

What can we learn from this?

It is the truth that “one perspective cannot explain everything.“

The macro world has its macro rules (theory of relativity), and the micro world has its micro rules (quantum mechanics). The fact that these two are contradictory suggests the universe possesses a multilayered structure beyond our simple understanding.

In our daily lives, we often seek “absolute correct answers” or “unified rules.” Yet, in reality, both society and human beings function while embracing contradictions. The persona at work versus the persona at home, logic versus emotion, pretense versus true feelings. These are contradictory, yet both are true.

We navigate and live with contradictions within ourselves every day that physics has struggled to unify for a century. Considering this, the complexity and flexibility of human existence never ceases to amaze me.

Chapter 2: The Holographic Principle and the Weight of Information

Are we merely shadows of two-dimensional data?

The “Holographic Cosmology” emerged in an attempt to transcend Einstein’s limitations.

This is the startling hypothesis that “the three-dimensional universe we inhabit is merely a projection (hologram) of information encoded onto a two-dimensional plane at the edge of the universe.”

Through black hole research, Dr. Hawking and others discovered that “information about swallowed matter does not vanish; it sticks to the surface of the black hole (the event horizon) as two-dimensional data.” It’s like the contents of a can (3D) being fully described on its label (2D).

If black holes are like this, the entire universe might share the same structure. In other words, we might not be “physical entities” but rather “images” projected from distant data.

Information is the physical substance

Even more intriguing is the concept of “information-theoretic gravity (ITG),” which posits that “information itself has mass.”

When you save a photo on your smartphone, its mass increases ever so slightly. This is because data (information) is energy, and according to Einstein’s $E=mc^2$, energy is equivalent to mass.

“Gravity is not an attractive force, but a gradient of information density,” they conclude.

Just as people are pushed from a crowded train car (high information density) to an empty one (low information density), objects are moved by differences in information density. This, it claims, is the true nature of gravity.

The astonishing aspect of this theory is that it eliminates the need for “dark matter,” long considered a mystery of the universe. It was previously thought that invisible weights (dark matter) were necessary to explain why stars don’t fly apart despite the high rotational speeds of galaxies. However, incorporating information density into the calculations makes the equations work perfectly well without dark matter.

The Power to Believe in the Invisible

This can also be seen as a powerful metaphor for modern society.

We tend to prioritize only visible “matter” and “numbers” – sales figures, follower counts, possessions. Yet what governs the universe might be the density of invisible “information” and “relationships.”

In companies and teams too, the density of invisible information like “atmosphere” or “culture” determines people’s movements (resignations and hires). People leave uncomfortable places (where the balance of information density is poor), and gather in good places. Whether you call this “gravity” or “information pressure,” the phenomenon is the same.

We live not only under physical gravity but also under informational gravity. The trajectory of our lives (our destiny) changes depending on what information we emit and what vortex of information we place ourselves within.

Chapter 3: Entropic Gravity – The Universe’s Will to Scatter

Gravity is an “illusion” and merely a “statistical phenomenon”

Even more radical is the “Entropic Gravity Theory” proposed by Eric Verind.

He stated, “Gravity doesn’t even exist in the first place.” It is merely a “statistical phenomenon,” akin to heat or air resistance.

The key term here is “entropy.” Entropy measures the degree of disorder. The universe follows a law (the law of increasing entropy) where, left alone, it becomes increasingly disordered and chaotic.

When you stretch rubber, it springs back because the rubber molecules dislike their “aligned state (low entropy)” and strive to return to a “messy state (high entropy).” This is called the “entropy force.”

Gravity is said to be the same.

“When an object with mass, like Earth, exists, the entropy of the surrounding information changes. The universe then tries to move the object around on its own to bring that information back to its most disordered and natural state.”

Locations with mass have orderly, cramped information (low entropy). Therefore, the universe wants to bundle the troublesome mass into one place and use the remaining space widely and chaotically. This “tidying up (or messing up)” effect is what we observe as gravity.

Affirmation of “Disorder”

I find a strange solace in this theory.

Perhaps the cluttering of a room or the complexity of human relationships are just as fundamental as gravity—perhaps they are the will of the universe itself.

We tend to become obsessive about “tidying up.” Organization, self-discipline, a regimented life. Yet the essence of the universe lies in “becoming messy (the increase of entropy).”

What if the phenomenon of an apple falling is the result of the universe wishing to “become freer,” to “become more disordered”? Our being bound by gravity is merely a side effect of the universe as a whole trying to relax.

Verinde said “gravity is an illusion,” but this isn’t a dismissive statement. Rather, it’s the discovery that what we thought was an “individual force” was actually a “collective tendency (mood).”

The same applies to social trends and fads. Even when we believe we’re choosing freely as individuals, we might actually just be carried along by the movement of society’s overall “entropy (heat).” Gravity could be described as a kind of universe-scale “peer pressure” or “trend.”

Chapter 4: Rich Flow and Time Dispersion – “Ambiguity” Saves the World

Ironing Out Space-Time

Gregory Perelman, the genius who solved the super-difficult mathematical problem, the Poincaré Conjecture. The concept of “Ricci flow” he used in his proof also delves into the true nature of gravity.

This is “ironing out spacetime.” Left alone, the universe warps and wrinkles. Gravity, it suggests, is the very mathematical flow (Ricci flow) that smooths out these wrinkles to allow heat to propagate.

The universe itself tries to repair the indentations created by mass by sending in space. We are pressed down to the ground, caught up in the flow of that space. The universe endlessly seeks “calm” and “stability,” and gravity is its self-cleansing mechanism.

Solving it by “blurring” time

Finally introduced was the “Time-Dispersive Gravity Theory,” published in 2024.

This is a remarkable attempt to solve the “infinity” problem that had hindered the unification of quantum mechanics and relativity by “blurring time.”

Heisenberg’s Uncertainty Principle dictates that in the microscopic world, a particle’s position cannot be precisely determined. This theory goes further, positing that “time” itself is uncertain. Past, present, and future are not sharply separated but slightly intermingled, possessing a “width.”

“By making the collision ambiguous, the energy wave, which was like a sharp blade, is smoothed out like a gentle hill.”

Because we perceive time as a precise “point,” calculations concentrate at that single point and explode (to infinity). However, if we treat time as something like a “blurred cloud,” the energy disperses, and the calculation results converge to a finite value.

“Looseness” is the key to sustainability.

Isn’t this the wisdom modern people need most?

We try to manage time down to the minute and second without a single deviation. We pack our schedules, maximize efficiency, and focus everything too intensely on the “now.”

But physics teaches us a crucial fact: “Excessive rigidity leads to collapse.“

Concentrating energy too intensely at a single point causes it to diverge infinitely, shattering the system. Conversely, by allowing time to be slightly “blurred”—by introducing ambiguity (play)—contradictions resolve, and the world can exist stably.

While “drawing clear lines” and “strictly adhering to time” are important, taking them too far can cause both relationships and mental health to “explode infinitely.”

A “diffuse” and loose sense of time—thinking “Well, close enough is fine” or “Past and future are just extensions of the present.” This might be the secret to integrating a life filled with complex contradictions (like quantum mechanics and relativity theory) without causing it to collapse.

Chapter 5: Conclusion & Next Steps

The world changes shape depending on your “perspective”

We’ve explored various theories about the nature of gravity: warped spacetime, shadows of information, the force of entropy, ironing out spacetime, and the dispersion of time.

What’s fascinating is that a single phenomenon—an apple falling—can be interpreted in such diverse ways.

No one knows yet which theory is correct. Perhaps all are correct, or perhaps all are wrong.

But one thing is certain: “We do not see the world as it is, but through our interpretations.“

Through Newton’s glasses, gravity appears as “force”; through Einstein’s, as “geometry”; through Varinde’s, as “statistics.”

Our daily lives are the same.

Do we perceive the difficulties before us as “misfortune (gravity crushing us down)”, “corrective action (rich flow guiding us to where we should be)”, or “increased entropy (energy for change)”?

That single interpretation changes the “weight” of the world.

Action Plan: Choose interpretations that make gravity your ally.

Starting tomorrow, whenever you feel your body is heavy or feel bound by something, remember this:

• “I am currently participating in the universe’s information processing.”
• “This feeling of confinement might be the universe tidying up the room (entropy force).”
• “If I just ‘blur’ time a little, this stress might subside without exploding.”

The cutting-edge theories of physics aren’t just equations locked away in formulas; they are the instruction manual for the very world we live in.

The greatest mystery of gravity teaches us that the world is far more flexible, ambiguous, and open to free interpretation than we imagine.

We are not bound to the ground; we are participating in the grand dance (interaction) between Earth and the universe.

Thinking this way, perhaps tomorrow’s first step can be taken just a little lighter than today’s.