Quantum computers perform a series of large-scale and high-precision operations through quantum splitting and quantum patching.
Its floating-point operation performance is unmatched by the CPU of ordinary household computers. The large-scale operation mode of quantum computers is actually similar to the batch program of ordinary computers. Simply speaking, its operation mode is quantum splitting and high-speed quantum repair, but its accuracy and speed are beyond the reach of ordinary computers, so the cost is quite amazing.
At present, the only quantum computer is still in Microsoft’s hometown in Silicon Valley, and it is still in the experimental stage. It will be some time before it is put into use. Quantum computers are certainly not for us to play video games, because it’s like cutting paper with a laser cutter.
Its main applications are such as measuring the precise coordinates of stars, quickly calculating the volume of irregular three-dimensional figures, accurately controlling robots or artificial intelligence, etc., which require large-scale, high-precision and high-speed floating-point operations. But behind this series of difficult operations, there are terrible energy consumption, short service life and terrible heat.
If one ton of U-235 can provide 70 million watts of electricity in one day through the nuclear motor, but the electricity will be exhausted in just 10 days, of course, this is only the most conservative estimate; Imagine if a quantum computer works for about 4 hours a day, then its life span will be only 2 poor years. If it works for more than 6 hours, I’m afraid it won’t even work for 1 year, which is also the most conservative estimate. Assuming that the quantum computer has 70 degrees Celsius per hour, the chassis will reach 200 degrees within 2 hours, and I’m afraid the heat sink will be melted in 6 hours, which is only the most conservative estimate!
A computer based on quantum theory is a physical device that performs high-speed mathematical and logical operations, stores and processes quantum information according to the laws of quantum mechanics. The concept of quantum computer originated from the research of reversible computer. Quantum computers use quantum bits, which can be in multiple states at the same time, instead of only being in the binary state of 0 or 1 like traditional computers.
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