Can entropy form gravity?

"The theory of entropic gravity abides by Newton's law of universal gravitation on Earth and at interplanetary distances but diverges from this classic nature at interstellar distances." (Wikipedia, Entropic gravity)

The entropic gravity model goes like this. Two objects form the channel between them. The turbulence or entropy in the channel makes the situation that quantum fields travel straight through that channel. That means there is no resistance in the channel and outcoming energy- or quantum fields push those particles in together. That causes an idea that maybe, this thing can be used for making a wormhole through space and time. 

The big question can be: can the wormhole be the entropic channel across the universe? If that kind of very long entropic channel can be formed, that channel pulls information through it. If that thing is possible and we can create the quantum tornado there is a high entropy that makes it possible to send information through space and time. 

"Entropic gravity, also known as emergent gravity, is a theory in modern physics that describes gravity as an entropic force—a force with macro-scale homogeneity but which is subject to quantum-level disorder—and not a fundamental interaction. The theory, based on string theory, black hole physics, and quantum information theory, describes gravity as an emergent phenomenon that springs from the quantum entanglement of small bits of spacetime information. As such, entropic gravity is said to abide by the second law of thermodynamics under which the entropy of a physical system tends to increase over time." (Wikipedia, Entropic gravity)

Entropy and gravity: Can they be the same medal’s different sides? When we think about gravitational models and the entropy of gravity we face one interesting thing. There is a possibility that when entropy in the system turns high enough that thing causes the effect that all particles are in jumble. This means that those particles and quantum fields cannot find the common tune. And that thing removes some quantum fields from that point. So when the system cannot form a common quantum field it creates something that looks like quantum low pressure or quantum vacuum. 

If all particles cloud that oscillate randomly that thing can explain why quantum fields can fall in that cloud. If that thing is right, that means the level of the entropy in a certain area determines how strong gravity can be. If that entropic gravity model is true things like black holes form when there is a large entropy in extremely small points. 

The system pulls energy or quantum fields into that entropic particle cloud. And then those fields fall in the center of that thing. That causes reflection that pushes that entire particle and energy cloud away. That thing disintegrates that particle cloud. And in that case, the electromagnetic fields start to turn around each other.  In black hole formation, the entire star explodes. 

The star itself is the quantum system where particles go away from each other. When quantum fields fall into that vacuum they impact each other. And deny that particles and other quantum dots take their place in the system. During that process, the quantum whirl starts to surround that thing. 

The entropy gravitational theory is easy to explain if we compare those fields with water. If the water surface the entropy rises like in cases where somebody puts soap on that surface. Because soap molecules go through the water molecules, soap molecules go between those molecules. That increases the entropy and we see that thing as the loss of surface tension. In spacetime energy fields require resistance. And if there is no resistance those energy fields start to travel to the point there is no resistance. 

If the system cannot receive or focus the energy that it gets. The energy flow continues until the energy field that travels in the universe finds a resistant field. Or a field whose energy level is higher than traveling energy, or quantum field. So entropic gravity means that particles cannot form a common quantum field, or focus their fields to resist that thing. So in that model antigravity would be possible. The system must only create an entropic area around the object. And that causes a situation where energy starts to flow to that entropic area. 

Another way is to decrease entropy below the system, which decreases entropy. And turns the gravity effect weaker. In that model the thing stands on the pillar there is a very high entropy. That entropic quantum pillar or quantum channel makes gravity's pulling effect. If that pillar or channel can be cut, the gravity effect is lost. 

The upper field pushes that object to the bottom of that pillar. The thing is that there is also higher entropy at the gravitational object. When there is no resistance upcoming fields travel to the center of the gravitational object. If the field that comes up impacts with some particle or object that object causes turbulence. The turbulence with the quantum tornado forms the entropic quantum tower that pulls the object against the gravity center. So if that entropy can be removed the system can decrease the gravitational effect. If the system can remove entropy from that tower or channel, that removes the gravitational effect. 

Surface tension is the result of the low entropic area in water. In border zones the entropy is maximum. If we remove the surface tension of water from the keel of the boat that pulls the boat forward. In fact, the surface behind the boat pushes the boat to the area where entropy is lower. 

If we increase entropy at the front of the aircraft that thing should pull the aircraft ahead. Theoretically, we could do the same thing to spacecraft. If we create an entropic area or put quantum fields into disorder we can create a situation where spacecraft travel to that entropic area. Or the quantum field at the back of the system pushes the craft forward to the entropic area. 

https://www.quantamagazine.org/is-gravity-just-entropy-rising-long-shot-idea-gets-another-look-20250613/

https://en.wikipedia.org/wiki/Entropic_gravity

https://en.wikipedia.org/wiki/Entropy