Does Brain Thinking Involve Quantum 20

It's absurd to deny the relationship based on time difference – are quanta and neurons the same thing? Is the work of neurons determined by only two subatoms? If the neurons work at the quantum level, will there be other complex links in the middle that cause time delays?

Moreover, in the phenomenon of quantum entanglement, it takes no time for two subatoms to communicate at all, so how can there be a millionth of a second? The development of biology needs to be supported by physics, and many methods and data in biology are too crude to study the human brain, so in order to explain the phenomenon of thinking, it is also necessary to promote the balanced development of disciplines and achieve reasonable docking before great results can be produced.

I think that if the brain really runs at the atomic level, we should have a deeper understanding of the brain and consciousness at the current level of development of atomic physics. There must be a vacancy that humanity has not yet touched, affecting everything. So don't believe any journal articles, the human brain is a multidisciplinary field of research, and no one can say anything without particularly revolutionary advances in understanding.

Suggest a point of view, for informational purposes only. In traditional Chinese culture, the concept of "qi" is mentioned as "field" according to modern science. There may be an unknown force influencing everything around us. Guess, FYI.

The reaction time of neurons does not represent the entire thought process, and I have also read this report, and the articles in Nature are very valuable. It is quite possible that there are no quantum phenomena at the level of consciousness. However, it is important to note that no experiment can fully prove that all thought processes are independent of quantum effects, and we will not discuss free will and determinism, physics is physics, and we must speak with experiments, and it is really difficult to say for sure until we make strong experiments.

Quantum thinking is a new scientific worldview and way of thinking in physics.

Quantum thinking is not only a method of thinking based on quantum theory, but also a way of thinking of "complex numbers" (multiple possibilities), complex (from the whole to the part, from macro to micro), and self-induction (such as choices under thinking), which breaks the dimension of time and space (n-dimensional space and angle), looks for the invisible connection behind the complex, and then emphasizes organization, leverage, innovation, and system mutation.

Quantum thinking refers to a new scientific worldview and way of thinking in physics. The emergence of quantum theory, whose influence goes beyond the scope of physics, has gradually become a new scientific worldview and way of thinking, which we call quantum thinking.

Quantum thinking refers to a new scientific worldview and way of thinking in physics.

Lu Qi, former president and now founder and CEO of Y Combinator China, once said, "Life is not linear, don't think that a train can take you from where you are now to where you want to be." ”

I remember reading a book called "Quantum Thinking", which emphasizes nonlinearity, uncertainty, contradiction and insolvency.

According to the characteristics of quantum thinking, there are too many uncertainties in life, and you can't **, therefore, you don't know if the road you are taking is the road you really want to take, and whether you can go where you want to go.

But it is also because of this that life is infinitely exciting, because it can have infinite possibilities.

Therefore, we need to use a forward-looking thinking, with a higher pattern of thinking, to look at all the problems we face.

Only by jumping out and going out can we see a better future.

I think our brain has something to do with quantum mechanics, because a lot of times we need to use quantum mechanics when our brains think, and I think a lot of our brain structures are derived from quantum mechanics.

Every cell of the human brain is filled with quantum mechanical mechanisms, and of course there are quantum mechanical mechanisms in the functioning of the human brain, and there is already evidence that the human sense of smell involves quantum mechanics.

It doesn't matter, because I feel like our brains are naturally formed.

No. Our brain is a separate organ that has nothing to do with the quantum field, and it has no connection to it.

No, according to biologists, our brains exist independently and are not based on quantum fields, so this is just a rumor.

According to the current scientific research, there is no relationship between the brain and the quantum field.

<> quantum thinking is a way of thinking that is more suitable for the Internet era, and in Jiang Hong's new book "Quantum Thinking: How to Achieve Life Counterattack and Class Jump", many new perspectives and thinking are introduced, which has benefited a lot.

The human brain is a quantum computer, a phenomenon called quantum decoherence.

To build a functioning quantum computer, you need to connect qubits, a process known as quantum entanglement. But the entangled quantum is in a very fragile state. They must be careful to avoid any disturbances from their surroundings.

In a quantum system, as long as one photon touches a qubit, it is enough for the entire system to dissipate, and the quantum state will be "decoherent" into a prosaic ordinary state, and the information stored in the quantum state will be lost and dissipated in the surrounding environment. Quantum processing in a tightly controlled laboratory environment is already challenging, not to mention the fact that in a warm, humid brain, the swaying crowd of molecules is like a hot pot of soup, making it nearly impossible to maintain coherence.

Brain science, in a narrow sense, is the study of the molecular, cellular, and intercellular changes in the nervous system, as well as the integration of these processes within the central functional control system. The American Society for Neuroscience is broadly defined as the science that studies the structure and function of the brain, including cognitive neuroscience, among others.

Quantum mechanics is a sub-discipline of physics that studies the motion laws of microscopic particles. It provides "a mathematical description of wave-particle duality and the interaction of energy and matter." The main differences between it and classical mechanics are:

It studies the "quantum realm" of atoms and subatoms. Further research in quantum mechanics is the phenomenon of macroscopic matter at very low or very high energies or temperatures.