双真空、粒子对偶、时间和场的统一理论双真空介导的相互作用，作为正常和超正常之间的桥梁
Unified Theory of Bivacuum, Particles Duality, Time & Fields Bivacuum Mediated Interaction, as a Bridge between Normal and Paranormal
摘要：
由于Psi现象的高度复杂性和多面性，迄今为止还没有相关的物理理论。这里提出的双真空介导的Psi现象的原始机制是基于我长期努力的几个阶段。这些理论包括：1）双真空统一理论、物质与场的对偶性、双真空费米子对称性移动导致的质量与电荷起源、次基本费米子与基本粒子的融合及其粒子波对偶性的动力学机制; 2）新的定量的液体与固体的层次理论; 4）双真空中物质实体的虚引力理论（VR）（虚全息图）; 5）自旋、动量和能量的非定域虚向导理论（VirG）--由双真空费米子和反费米子的虚库珀对构成，相互作用。VirG的束，连接相干粒子的接收者（R）和接收者（S），负责宏观纠缠和介导不同类型的Psi现象。VirG的3D网络构成了任何宏观物体的虚拟网络的一部分，在非平衡条件下与其他具有类似性质的物体相互作用。我们的统一理论（UT）的正确性来自于它能够解释许多非常规的实验数据，如远程视觉，心灵-物质相互作用等，而不与自然的基本定律相矛盾。
英文摘要：
The coherent physical theory of Psi phenomena is absent till now due to its high complexity and multilateral character. The original mechanism of Bivacuum mediated Psi phenomena, proposed here, is based on few stages of my long term efforts. They include creation of new theories: 1) Unified theory of Bivacuum, matter and fields duality, mass and charge origination as a result of Bivacuum fermions symmetry shift, fusion of elementary particles from sub-elementary fermions and dynamic mechanism of their corpuscle-wave [C - W] duality; 2) New quantitative Hierarchic theory of liquids and solids; 3) Elementary act of consciousness or cycle of mind; 4) Theory of Virtual Replica (VR) of material objects in Bivacuum (virtual hologram); 5) Theory of nonlocal Virtual Guides (VirG)of spin, momentum and energy - constructed from virtual Cooper pairs of Bivacuum fermions and antifermions, interacting side-by-side. The bundles of VirG, connecting coherent particles of Sender (S) and Receiver (R), are responsible for macroscopic entanglement and mediate different kinds of Psi phenomena. The 3D net of VirG forms part of Virtual Replica of any macroscopic object, interacting with other objects with similar properties in non equilibrium conditions. The correctness of our Unified Theory (UT) follows from its ability to explain a lot of unconventional experimental data, like remote vision, mind-matter interaction, etc. without contradictions with fundamental laws of nature.
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