Entropy and wormholes.

The image above this text is the Gemini AI answer for the order to create an entropic room. 

The growing entropy destroys the system. We all hear that. When we think of quantum systems. Entropy is a disorder in which size grows. And the thing that makes entropy is the free space in the system. That allows energy travel in the system. 

The law of entropy is that when there is some entropy. That destroys the system. The growing entropy causes a situation in which even black holes will vaporize sooner or later. The entropy means that there are some kind of whirls also behind the event horizon. 

It's possible. That there is a hole in the singularity. Or maybe there is a tornado-shaped structure in the middle of the black hole event horizon. The thing is that even in the smallest structures in the universe is entropy. The disorder that breaks the system. 

When space around the system grows difference between energy levels between inside and outside grows. That makes energy move faster and faster out of the system. Pressing shell particles away.  

Sooner or later the system lost some of its particles. There comes a hole in the system and then that hole starts to grow. Growing space creates low-pressure and weaker electromagnetic fields. There is more space for the same mass of molecules or the same electromagnetic field. 

When we look at systems we can see that there are also many subsystems. The image of the lobby shows people who walk in there. Those people are subsystems. Their shoes and clothes are subsystems. Sweat droplets and every single atom are subsystems that form the entirety of that image. Steps on the floor cause oscillation and sound effects. The Sun causes heat effects. Sooner or later water can get routed in the concrete and that increases erosion. 

In quantum systems, the energy that goes into the system presses its particles away from their position. The entropy that grows is the problem that destroys quantum entanglements in quantum computers. That is the thing that destroys the universe. 

Mathematicians and other researchers try to develop models that make it easier to predict how entropy behaves in the system. The ability to create models of how the entropy grows in the system makes it possible to create more error-free quantum computers. 

The fractal tree can introduce the entropy spread in the system. Every part of it can include the Mandelbrot set. 

Julia set. Part of the Mandelbrot set. 

Mandelbrot set introduces how the entropy turns dominating. When the scale of the system turns smaller. 

The Sierpinski Carpet introduces how the role of subsystems grows when the scale of the system goes smaller. That means the subsystem's dominance rises over the main system. And that destroys the system. The sub-system turns more dominant. 

Fractals are tools that researchers can benefit from in the R&D process that make entropy prediction more easily and more accurate. The idea is that there is always a similar form in entropy. Entropy is the thing that should always follow a certain form. And maybe fractals can be used to predict the form of that growing disorder. 

The error-free Qauntum computer simply predicts the moment when the system starts to break and makes a backup copy of that thing. The internal parts of the system are not error-free. The system follows a black-box methodology. Outsider observers cannot see what happens in the system. Outsiders see only the solution that the system makes. 

The wormhole or Einstein-Rose bridge requires that the outer side in that system is at a higher energy level than its inner side. The idea of the wormhole is that the outside energy presses the structure and denies the loss of the particles. The wormhole is the quantum channel through space and time if it is long enough. In laboratories, researchers are made of acoustic and electromagnetic wormholes. But real gravitational wormholes are still theoretical. 

Entropy is actually a whirling substructure that forms someplace in the system.  Maybe sometimes those whirls can take position on the top of each other. That means there can be channels through those fractal structures. And if some wave or superstring travels through those whirls it locks them into that position. If that superstring has enough high energy level. 

That substructure makes the asymmetrical space in the system and that causes energy flow that destroys the system. Entropy is the thing. That denies us to see the future. It is one of the things that denies things like quantum teleportation. Or we cannot teleport complex systems. The problem is that when researchers aim things like laser beams to the object that beam can vaporize the object. The problem is that the laser ray is not compact enough. 

That allows some parts of molecules and atoms to jump away from that beam. In complex systems of teleportation, the wall of the quantum channel must be at a higher energy level than the internal structure. That pushes those particles into the form. But the problem is that the sub-particles of the system will change their place. We can vaporize the system, and turn it into a particle cloud. But we cannot know how to sort them back together. 

Or, maybe someday the quantum computer can solve that problem. It's possible that. The quantum computer gives a number for each particle in the quantum system. Then it shoots particles through the quantum channel or wormhole. Then it just collects that puzzle into its original form. Those serial numbers must not be real numbers. The imaginal numbers with multiple mathematical imaginal parts can cause that someday complex system teleportation to be possible. 

https://www.quantamagazine.org/what-is-entropy-a-measure-of-just-how-little-we-really-know-20241213/

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