Zhejiang University released a superconducting quantum chip
Countries around the world are carrying out in-depth research on quantum computing, and have achieved good achievements, continuously improving quantum computing capabilities, and even claiming to have achieved "quantum superiority". However, thanks to the efforts of the Chinese scientific research team, foreign countries finally recognized the reality.
For example, Zhejiang University has made a contribution, releasing "Mogan No. 1" and "Tianmu No. 1" respectively. These are two superconducting quantum chips, but built on different architectures.
According to the introduction, "Mogan No. 1" adopts a fully connected architecture. Quantum simulations and quantum states in specific stability can be precisely regulated. The R&D team has mastered the relevant patented technology of Mogan No. 1, thanks to this superconducting quantum chip, which can perform quantum simulation calculations very well.
Looking at Tianmu No. 1, the application field of this superconducting quantum chip is relatively common, mainly covering general-purpose quantum computing and using the near neighbor connectivity architecture.
Compared with Mogan No. 1, this superconducting quantum chip has higher programming flexibility and can perform more kinds of quantum algorithms, which also means that the application scope and research value of Tianmu 1 are wider.
If Mogan No. 1 can be used for specific quantum computing, then the birth of Tianmu No. 1 will directly give society and industry the ability to continue to develop upwards.
At present, quantum computing has become an important entry point for countries to develop scientific and technological strength, and it is also a key application to master quantum technology. If you want to conquer quantum computing, the research of superconducting quantum chips will be a good direction.
Today, Zhejiang University has released two superconducting quantum chips at one time, and they use different architecture designs and completely different application scopes. I am afraid that this is not something that general scientific research institutions and universities can do. However, under the overcoming of Zhejiang University, the corresponding superconducting quantum chip technology breakthrough was finally realized, which made people proud.