The simulation is the computer's imagination.

Google Willow Chip does. And does not communicate. Through a physical parallel universe. 

The idea of the parallel universe is simple. The information can form a copy of itself. The other universe can form inside other universes. Another thing is that the information can make smaller copies of itself. And still keep its form. That means the wave movement can make a lower energy copy of itself. 

And that lower energy copy can be similar but harder to see than the original wave. The superposition and entanglement with those two waves mean that energy flows from a higher energy position into a lower energy position. That continues until those waves or other objects have the same energy level. And that destroys the quantum entanglement. 

The Willow chip is an extremely powerful tool. It can calculate calculations that the normal computer uses time that is longer than the remaining existence of the universe. 

The universe can be real or virtual. That means it can be the real thing with stars and planets. Or it can be a simulation. In the computer memory. 

 

Simulations are the computer version of the imagination. 

So when the AI gets the order to transport something. It collects data from roads. The weight of the cargo, and other necessary information. 

The system makes the virtual drive through that route. 

Then it will be called physical equipment. And makes its run. We can say that those simulations are cyber dreams. 

The microchip cannot make quantum teleportation for the physical universe. But it can transport complex information structures through it. 

Researchers should say that the Willow chip can teleport information through the superposition. Or researchers should use the term: "virtual universe" rather than say "parallel universe". 

The universe can be material. Or it can be virtual. The virtual universe might seem real until we touch it. The virtual universe is the structure. That we handle as real. But it's the product of the VR systems or our brains. In the last case, we talk about imagination. 

And after all. The universe is only information. Quantum teleportation can make it possible. That information itself can form a stable state. The stable state can be the information in the hard disk. 

That thing doesn't mean that we can turn our thoughts into another physical universe. And when they talk about information, there is no stable or universal information state. 

The term parallel universe is sometimes misunderstood. The universe is information. That is in spacetime. And the universe can be virtual. So, we should say that when our brains imagine something. They create a virtual parallel universe. In that case, the universe is the world that exists only in the electric curves in our brains. 

That means we can put those electromagnetic waves into superposition and then make the quantum teleportation that transmits those EEG or electric curves to some other receiver. So the Google Willow chip doesn't teleport information through the other physical parallel universe. But it can teleport information. That creates a virtual world in the receiving computer's memory. 

Simulation is the computer's imagination. 

The neurons are the key element for the imagination. But the computer can collect data and make simulated runs. Before it makes the real things. Those simulations are the tools. That we call imagination when it happens in our brain. The computer uses data stored in its memory to make the right things. 

And there is no memory-independent way to make things. All simulations and machine learning are based on the idea that the computer stores data in its memory. Then it connects data from multiple data sources.