Graphene and quantum-size black holes can make artificial gravitation possible.

In many SciFi movies, a spacecraft that can create artificial gravitation on the floor is a very usual element. In most scenarios, artificial gravitation is created by rotating spacecraft. So the craft rotates around its axle. And centripetal force will create that effect. But if at the bottom of the spacecraft is 2D Wigner crystal and in that crystal or graphene layer, quantum-size black holes create that artificial gravitation. 

Those quantum-size black holes can use to deliver energy to spacecraft. The black holes are pulling radiation to them. And if there is some kind of antenna, that collects energy between that graphene layer and the outer shell. These kinds of systems can be the power source of futuristic spacecraft. And maybe those spacecraft can someday fly. But today those things are pure fiction. 

At image above portrays the SciFi star cruiser from the Star Wars movies. And sometimes people ask: can we make that kind of thing someday? The fact is that nobody knows what happens in the future. But theoretically. It is possible to create a craft. That has an artificial gravitation by using. A large number of quantum-size black holes. 

Those small black holes are electrons. And the graphene network will pump energy to those things. That energy impulse makes them quantum-size black holes. The quantum-size black holes require energy pumping. If energy pumping ends. Those black holes will vaporize in seconds. 

The craft could create, and adjust the power of gravitation simply by controlling the number of those quantum-size black holes. And that kind of system makes it possible to create the artificial gravitation that pulls objects to the floor. That kind of gravitation could make it possible for the crew can walk on floors as if they would be on some planet. That kind of artificial gravitation would be more effective but harder to make than artificial gravitation created by using rotational motion. 

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