The atomic-scale quantum circuit becomes reality

It is the Australian researchers who bring the news. They produced a quantum circuit On atomic scale, noting that it can integrate the useful components into a chip for the classic PC. All on a much smaller scale.

The atomic-scale integrated circuit is the result of two decades of research. It uses quantum dots like
small silicon semiconductors to produce information. To make them on a small scale you need
of a wonderful technique.

Researchers from the University of New South Wales and Silicon Quantum Computing had the
creating uniform points aligned for the passage of information between them. Then every point must be
programmable at different energy levels. In addition, the distance between them must be particularly accurate
to make them independent.

After its founding, the processor was proved by modeling the quantum states of the compound. So the processor has completed its full activity and turns out to be functional, which is impossible for today’s computers. Now the researchers hope for a practical quantum computer.

This is a major breakthrough, today’s classical computers struggle to simulate even relatively small molecules due to the large number of possible interactions between atoms. The development of SQC’s atomic circuit technology will enable the company and its customers to build quantum models for a range of new materials, be it pharmaceuticals, battery materials or catalysts. Do not
it will be a long time before we can start making new materials that have never existed before. The superb precision of the device confirms SQC’s engineering strategy to focus on quality rather than quantity. We have created extremely precise manufacturing technology that opens the door to a whole new world. It’s a huge step toward building a commercial quantum computer.

Michelle Simmons AO of Silicon Quantum Computing (SQC)