宇宙量子范式实现了相对论力学，完善了引力理论，并创立了核力

Machian space quanta

A new model for space and matter is obtained by joining every pair of point charges in the observable universe by an ethereal string. Positive gravitational potential energy in each string gives an attractive gravitational force due to the action of an energy conservation constraint. Newton's laws of motion are derived and inertia is explained in accordance with Mach's principle. The Machian string model gives a surprisingly simple way to understand the expansion history of the Universe. The decelerating expansion in the radiation era and the matter era is explained without using General Relat…

相对论力学和引力相互作用的物理实在性

The Physical Reality Underlying the Relativistic Mechanics and the Gravitational Interaction

在目前的范例中，空间充满了非常高通量的非常小的量子，其波长等于普朗克长度。量子能量很小，所以相关的普朗克常量ho比通常的h小得多。这种物理范式将能量守恒和动量守恒以及相对论力学定律强加给运动。强等效原理要求惯性和引力都来自一种独特的现象，是验证宇宙量子物理实在性的相关检验。通过康普顿的相互作用，每个量子碰撞两个质量给他们一个小的动量，产生一个牛顿力，推动质量相互接近。常数G取决于量子特性，因此牛顿的引力质量不再成立。恒星的新引力取决于减少的量子能量，因此G乘以重力因子（大于1）取决于恒星密度。最高的数目（200-300）属于中子星，这显著增加了它们的吸积能力。这一性质可以解释那些不为人知的超大质量天体的神秘性，它们的引力效应高达太阳效应的370万倍。目前的理论并没有对这种现象给出令人信服的解释。

Gravitation radiation observations

The notion of gravitational radiation begins with electromagnetic radiation. In 1887 Heinrich Hertz, working in one room, generated and received electromagnetic radiation. Maxwell's equations describe the electromagnetic field. The quanta of electromagnetic radiation are spin 1 photons. They are fundamental to atomic physics and quantum electrodynamics.