Which device can have such computing and transmission capabilities now? Although I don’t understand the operation method of quantum simulation computing, even if the computing power is enough, it is difficult to achieve transmission capabilities!

Secondly, the speckle effect generated by laser interference will seriously reduce the image signal-to-noise ratio. The most advanced solution at present is to use a combination of random phase plates and vibrating diffusers, which can only suppress noise to acceptable critical values ​​for the human eye.

In addition, traditional point cloud method requires 2.5 trillion times/frame floating-point operation, even the NVIDIA OVX computing power platform still takes 5 seconds/frame under the light tracking algorithm, while real-time display requires a computing speed of at least 120 frames/second.

In addition, there are also performance ceiling constraints for optical modulation devices, and the energy dissipation of dielectric materials must be considered, as well as the haptic feedback effect of this technology must be realized...

Based on the above content, I think holography is just a gimmick in the video. You can disperse it. Please believe in science. Quantum simulation computing may be the most cutting-edge research direction. It has very powerful capabilities, but it cannot solve all problems."

This answer is reasonable and evidence-based, and it is obvious that it is the answer of a big shot in the industry. And this is also the answer at a foreign optical professional forum.

For ordinary people, it is likely that they don’t understand what they said. But they do feel unaware of it.

However, this answer became popular online not because his answer was professional enough.

In fact, the more professional the answers to this type of hot topic, the harder it is to be paid attention to. After all, the threshold for reading is relatively high.

On the contrary, those answers that are clever and express emotions are more likely to be spread. After all, people can not only understand this kind of answer, but also participate in it.

Whether you support or oppose, you can show your skills in the comment section.

There are not many people who know about professional optical theory, after all, the threshold for this thing is indeed high. But when it comes to yin and yang or squirting people online, there are too many people who are good at it.

What made this answer popular is that there is a comment from a user certified as a new quantum computer engineer below this answer.

"The answer is very professional. I have read your paper and agree with some of your insights, such as quantum simulation computing is not omnipotent.

But pure technology cannot be achieved, so can quantum simulation computing and all tricks be achieved? We should still be humble to technologies that we don’t understand.”

There is no doubt that although this comment that was pushed to the forefront is a little bit yin and yang, it is also the truth!
Chapter completed!