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Returning to the capital market, the breakthrough of Google's quantum computing is the same as a sudden technical breakthrough before, and it is difficult to produce a sustained rise after news stimulation. Unless we can see the realization of commercialization expectations in the future, then this imagination space will be enormous.The adjustment here is only the adjustment in the new rising process. If there are many callbacks, it is no problem to do some low suction properly.Drug development: Quantum computers also have great advantages in developing new drugs. Quantum computers can describe trillions of molecular compositions and select the most possible methods, which will improve the speed of people's invention of new drugs and make more personalized analysis of pharmacology.

Returning to the capital market, the breakthrough of Google's quantum computing is the same as a sudden technical breakthrough before, and it is difficult to produce a sustained rise after news stimulation. Unless we can see the realization of commercialization expectations in the future, then this imagination space will be enormous.Secure communication: Not only for the aspects close to our lives, but also for the encrypted communication of quantum computer, because of its non-cloning principle, it will make it impossible for intruders to decipher and eavesdrop without being discovered, which is determined by the nature of quantum computer itself.The breakthrough of Google's quantum chip detonated the whole plate. Is this direction worth investing?

In the news, Google released the latest quantum computing chip Willow, which is an important milestone in building a useful quantum computer. Affected by this news, the entire quantum communication sector has risen strongly. What do you think?Subcomputer has the ability to simulate any natural system in theory, and it is also the key to develop artificial intelligence. Because of the powerful ability of quantum computer in parallel operation, it has the ability to quickly complete the calculations that classical computers can't. This advantage has great application in the fields of encryption and decryption.What is a quantum computer? What are the advantages? What are the application scenarios? What about the future?