Chinese scientists achieve new breakthroughs in the field of quantum simulation

Last night (11:00 on the 14th), the international academic journal "Nature" published a new breakthrough in my country's scientists in the forefront of quantum simulation. Nanjing University Miaofeng Cooperation Team stacked the two graphene dilateral layers in the "Atomic World" method, stacked by rotating 180 degrees +0.75 degrees, and applied a vertical electric field to develop a new type Quantum materials, and by changing vertical electric fields, for the first time in the international physics community, the "intermediate state" of quantum melting was first observed, and the evolutionary mechanism of this quantum "middle state" was revealed.

The innovative achievements of this major theoretical mechanism are expected to be used to develop high -density integration, highly adjustable and easy -to -read solid quantum simulators, such as the evolution of complex systems such as simulation biological neural networks and chemical reactions. Artificial intelligence technology development and new drug development.

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