Time, gravitation, dark matter, and resistance.

If we think about the image above this text. We can say that the black holes can be the place. Where time arrows impact. The light cone. Our time cone is an introduced model. Where time turns opposite in the black hole. The thing is that when the escaping velocity reaches the speed of light time stops. And when escaping velocity crosses the speed of light. That turns time the opposite.  So there is a point. Where time doesn't move. 

That means that there is a layer between two opposite traveling time arrows. The term negative time means that something brings information from the future. The structure of the black hole can press information against the time. Past is at a higher energy level than the future. So time normally moves in one direction. But if the energy level rises high enough it can press information against the information flow. 

That thing causes extreme turbulence and entropy in the system. And entropy is one thing that makes it so hard to see the future. The entropy resorts or confuses information into a form that we cannot detect. Without that turbulence it is possible to see what happens in the future. When time arrows or light cones impact they send information into the hypersurface of the present. And maybe that thing explains the material disk and its position. In that model, the entropy in the black hole pulls energy from the past and future and puts them into impact. That image forms a highly entropic point and spreads information into the layer. 

Dark matter means the gravitational effect that origin is unknown. In some models, the dark matter or that gravitational effect can be the energy or wave movement pulses that travel around some kind of strings. There is a possibility that those strings are the quantum potholes that form behind particles that travel against time. When the particle’s energy level rises too high the time starts to dilate in it. 

That means the particle starts to leave behind the present moment. And there is a pothole forming behind it. We can see the gravitational pothole’s extreme version as a black hole. There is a halo and material disk around every single black hole. So, it's possible. That a photon is the halo around a quantum-sized black hole. The black hole doesn’t create energy, it collects energy from its environment and then focuses that energy. If we think that a black hole is a quantum pothole through space and time, the reason why we cannot see it is that there is no resistance in that pothole. 

Without resistance there is no reflection and that makes those objects invisible. If the quantum field that hits some other system cannot transfer energy to those particle’s quantum fields that system is invisible. The reflection means that the traveling field injects energy into those particle’s quantum fields. And when their energy level turns higher than the environment they send energy impulse or wave movement. If a particle spins at a very high speed. And by collecting a quantum field in the middle of it it can form a quantum stick. 

When there are lower energy levels at both sides of the quantum stick, or stick-shaped quantum field, or, “quantum lightning” that lower energy area pulls energy out from particles through that stick. That forms the quantum low-pressure that pulls quantum fields to that particle. And then that effect pushes the particle into its form. So we can extend that model like this. The ultimate version of that thing is black holes and their relativistic jets. 

When those, maybe, ring-shaped quantum fields travel forward those things take a little bit of energy from quantum fields with them. That thing means that the quantum fields are traveling to that string and that might seem the material. It’s possible. That energy that travels in the cosmic web makes the effect that we can call dark matter.  But everything is possible. 

Black holes can spin at 80% of the speed of light. When a black hole forms there is an electromagnetic vacuum or extremely high entropy point in the universe. When quantum fields fall to that point they push particles and other fields away. The system forms an extremely large whirl around it. Without that whirl, the black hole will detonate. The whirl around the black hole pushes against it. And then that outside whirl that we see as the galaxy denies energy escape from the black hole. 

So, a black hole simply collects and aims energy from around it. Sometimes the black hole cannot aim energy out from it. That separates it from its quantum fields. And that causes a situation where the black hole spins empty. At that moment black hole sends gravitational radiation. 

We can think that in the black hole, time starts to move backward. That means a black hole pulls energy from around it and transports it to the past. If we think that there is a high entropy in the gravitational pothole that means those energy, or quantum fields have no resistance. And that makes those black hole’s gravitational fields so strong. 

So, if a particle or object starts to travel back in time that thing creates the channel behind it. And that channel pulls everything in it. We can think that the situation is like somebody putting a stone in a fast-moving river. There is a pocket forming to the side that is opposite to upstream. That thing is like a shadow that forms on the opposite side of planets when the sun illuminates them. When a particle starts to travel in time it starts to travel against the flow. 

When a black hole spins, that spin binds energy into the black hole. When the energy level rises it tries to break out. And the way out is at the point where a relativistic jet leaves the black hole. The relativistic jet has an extremely high energy level. And it transfers energy into particles around it. We can connect that model with the time arrow. When a time arrow moves forward it transfers energy to another time arrow or particles, causing time dilation, and that pushes them back in time. 

First-time researchers detected negative time in quantum systems. That thing means that the arrow of time, or simply the time arrow can explain gravity. So if we can connect the entropic gravitational model and the time arrow model we can think that in the system there entropy is very high but with a limited size time can travel other way or turn negative in some of those particles. That means those particles will exist in the past. And if time is like energy flow there forms the “shadow” or “bubble” to the past side of those particles. That shadow is the gravitational pothole. 

The thing is that in the system there is space where it is possible that some particles spin faster than light in a very short moment. The idea is that the particle sends an energy impulse that takes it into the quantum bubble or WARP bubble. At that moment the particle is in a vacuum and nothing limits its speed. The idea is that the speed of light is higher outside the galaxy than in the galaxy. Same way the speed of light is higher outside the universe. There are no quantum fields that limit the speed of the particle. But there is no known quantum field that resists energy flow out from the particle. And if a particle goes to that space, the lack of resistance turns it into wave movement. 

https://www.ecoticias.com/en/scientists-detect-negative-rime-future/17213/

https://www.popularmechanics.com/science/a62470743/evidence-of-negative-time/

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

https://www.sciencealert.com/quantum-physicists-just-found-evidence-of-negative-time

https://www.sustainability-times.com/research/time-was-here-first-mind-blowing-discovery-reveals-the-universe-was-born-from-time-itself-not-from-space-at-all/

https://unionrayo.com/en/black-hole-nasa-spinning/

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

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