Review of Fundamentals of Covariant Quantum Mechanics in the Dual 4-Dimensional Space-Time: Substance of Wave Function, the Origin of Quantum Probability and the Cause of Quantum Superposition State

Research Summary Zhao Guoqiu, born in 1944, is a researcher engaged in fundamental research of quantum mechanics. In 1965, the preliminary...

Research Summary

Zhao Guoqiu, born in 1944, is a researcher engaged in fundamental research of quantum mechanics. In 1965, the preliminary research paper was completed, and the research process was arduous. His academic works include Fundamentals of Quantum Mechanics in Dual 4-Dimensional Space-time, etc. He has published more than 80 papers in core journals at home and abroad. He has participated in many international conferences and published his papers in international journals. The journal GJ ranks the paper among the most influential in the world.

The theory of dual 4-dimensional space-time includes three parts: interaction realism, rotating field matter sphere model, and dual 4-dimensional space-time covariant quantum mechanics.

The quantum world must be described in terms of the rotating field matter sphere model and placed in complex space. The matter wave and matter wave equation can be derived, and the matter wave is a physical wave. Many of the puzzles of quantum mechanics can are understood From realism.

After quantum mutation, the matter wave generates spacelike separation between eigen states and forms superposition of eigen states, which is coherent. When measured, the phase of the matter wave changes, resulting in the transformation of the physical space-time, physical model and theoretical structure describing the quantum object, and the coherence disappears. Quantum  probability is derived from the spatial distribution of field matter of the quantum object itself. Faster-than-light is associated with the transformation of space-time, not the motion of particles themselves.

Looking forward to the opportunity to cooperate. E-mail : [email protected] 

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研究总结

赵国求，1944年生，研究员，从事量子力学基础研究。1965年完成前期研究论文，研究历程艰辛。学术著作有《双4维时空量子力学基础》等；国内外发表核心期刊论文80多篇；多次参加国际大会，论文在国际期刊发表。GJ杂志将论文列入国际最具影响力之列。

双4维时空理论包含：相互作用实在论，旋转场物质球模型，双4维时空协变量子力学基础三部分。

描述量子世界，必须用转动场物质球模型，并置于复空间。这可推导物质波及其波动方程，物质波是物理波。量子力学许多困惑得到了实在论理解。

物质波经量子突变，本征态之间产生类空间隔，形成本征态叠加，有相干性；物质波经测量产生相位变化，导致描述量子客体的物理时空、物理模型、理论结构转换，相干性消失。量子概率源于量子客体自身场物质的空间分布。超光速与时空转换关联，非粒子自身的运动。

期待有机会合作。E-mail : [email protected]

Please find the paper publication link below:

https://journalspress.com/LJRS_Volume23/Review-of-Fundamentals-of-Covariant-Quantum-Mechanics-in-the-Dual-4-Dimensional-Space-Time-Substance-of-Wave-Function-the-Origin-of-Quantum-Probability-and-the-Cause-of-Qua.pdf

https://journalspress.com/ejournal/ejournal_LJRS_Vol_23_Issue_2.pdf