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A torsion field (also called axion field, spin field, spinor field, and microlepton field) is a feature of apseudoscientific^[1] theory of energy in which the quantum spin of particles can be used to cause emanations lacking mass and energy to carry information through a vacuum at one billion times the speed of light. This discredited theory, conceived in the Soviet Union by a group of physicists in the 1980s, was loosely based on Einstein-Cartan theory and some variant solutions of Maxwell’s equations but does not have a solid grounding in scientific fact.^[2] The group, led by Anatoly Akimov and Gennady Shipov,^[3] began the research as the state-sponsored Center for Nontraditional Technologies. The group disbanded in 1991 when their research was exposed as a fraud and an embezzlement of government funding by Ye. B. Aleksandrov. Despite the research being proven fraudulent, Akimov and Shipov received financing for torsion field research from the Russian Ministry of Science from 1992 to 1995 and from the Russian Ministry of Defense from 1996 to 1997, and continued further secretly,^[2] as a private enterprise called The International Institute for Theoretical and Applied Physics (later called UVITOR).^[4] UVITOR is operating from Bangkok, Thailand since 2005 and appears to offer medical products and services on its premise.^[5] The torsion field research has secured support from a number of prominent Thai academics and the national funding agency.^[6][7]

这是挠场的维基百科，里面的描述虽然有点抨击挠场的意味，但是那些放一边。只截取了其中的第一段，里面提到挠场的基础，除了 爱因斯坦-卡坦 理论，还有个举足轻重的理论，就是上文有下划线和红色字体的部分，一些麦克斯韦方程组的变种。好，这些信息足够说明挠场和标量波的关系。 德国标量波技术科学家 Konstantin Meyl 教授以扩展了麦克斯韦方程组而闻名于世，并进而发展出标量波理论，进而试图提出统一场论。 而他扩展出来的麦克斯韦方程组 新的部分，就是上文提到的麦克斯韦方程组的一些变种。至于标量波的由来，就是因为Meyl教授扩展麦克斯韦方程组的结果，分为传统的电磁波横波成分和纵波成分，而这个纵波成分的数学计算又是一个标量，因为电场的散度计算是标量。因此才把扩展出来的这部分称为标量波，而本质上还是涡旋的，并且他的理论已经被科学界所接受。因此我认为这可以说明挠场和标量波的实质是相同的。

by gpufo