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主题:【原创】量子生物学 I 摘要和前言 -- witten1

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家园 yes, I'm 4 脑活动中宏观量子效应,but

1.

Quantum computer

basically=費曼路径积分 on a Bloch球面, with "qubit" all over 整个Bloch球面..etc

Quantum computer - Wikipedia, the free encyclopedia

en.wikipedia.org/wiki/Quantum_computer

The Bloch sphere is a representation of a qubit, the fundamental building block of ... A quantum computer is a computation device that makes direct use of ... spins as quantum bits was also formulated for use as a quantum space-time in 1969.

2.

The weakness of Quantum computer' SE model: non sr, non qft, non gauge theory(規範場), particularly in the case of human brain as a Quantum computer

Galilean invariance and the Schrdinger equation

www.sciencedirect.com/science/article/pii/0003491660901068

by M Hamermesh - 1960 - Cited by 34 - Related articles

The Schrdinger equation is derived from the assumptions of Galilean invariance and the existence of a momentum operator acting within an irreducible ...

3.

The weakness of human brain (assuming its 宏观量子效应), in particular:

Our human sense, logic, brain vision and computing is Galilean invariance-based, in general, and therefore we are trapped and boxed up

@local gauge/fiber/位形空间 of a 时空流形...etc

4. Now, "腦控"科幻

assuming a 腦控 has some kind of 規範場 based model, can it "supervises" and "manages" those 腦

trapped and boxed up

@local gauge/fiber/位形空间 of 时空流形?

kind of like we human being can manage a bird with a "super" quantum vision system, just because only we human being have science?

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