双真空统一理论，粒子对偶，场与时间。新的双真空介导的相互作用，超统一器件，冷聚变和核合成
Unified Theory of Bivacuum, Particles Duality, Fields & Time. New Bivacuum Mediated Interaction, Overunity Devices, Cold Fusion & Nucleosynthesis
摘要：
介绍了双真空的新概念，它是宇宙的动力学矩阵，由亚量子粒子和反粒子组成，形成涡旋结构。这些结构由偶极子的连续体呈现，每个偶极子包含一对相关的环面和反环面：V（+）和V（-），具有相反的能量/质量、自旋、电荷和磁矩，相互补偿。亚基元费米子和反费米子的静质量和静电荷是双真空偶极子对称性相反位移的结果。它们融合成三重态后，就产生了基本粒子和反粒子。[粒子（C）-波（W）]对偶性是三重态的次基本费米子的“实际”和“互补”状态之间相关拍频的结果。结果表明，最小作用量原理、二维和三维热力学热力学定律是双真空的正、负虚压力波（VPW+/-）与基本粒子的[C-W]脉动强迫组合共振的结果。这种双真空-物质相互作用的结果就是由双真空偶极子组成的虚微管介导的量子纠缠。任何一个封闭系统的时间速度都是由这个系统的动能变化速度决定的。所提出的超统一器件的机制可以由电子加速提供，所述电子加速由它们在吸合范围条件中与高频正和负VPW+/-的共振相互作用引起。后者可以通过脉冲电流和场来激发。提出了在不违反能量守恒的条件下电解槽过热和冷熔的机理。
英文摘要：
New concept of Bivacuum is introduced, as a dynamic matrix of the Universe, composed from sub-quantum particles and antiparticles, forming vortical structures. These structures are presented by continuum of dipoles, each dipole containing a pair of correlated torus and antitorus: V(+) and V(-) of the opposite energy/mass, spin, charge and magnetic moments, compensating each other. The rest mass and charge of sub-elementary fermions or antifermions is a result of Bivacuum dipoles opposite symmetry shifts. Their fusion to triplets follows by elementary particles and antiparticles origination. The [corpuscle (C) - wave (W)] duality is a result of correlated beats between the 'actual' and 'complementary' states of sub-elementary fermions of triplets. It is shown, that Principle of least action, the 2d and 3d laws of thermodynamics can be a consequences of forced combinational resonance between positive and negative virtual pressure waves (VPW+/-) of Bivacuum and [C-W] pulsation of elementary particles. The quantum entanglement, mediated by virtual microtubules, composed from Bivacuum dipoles, connecting remote particles, is a result of such Bivacuum-matter interaction. The pace of time for any closed system is determined by pace of kinetic energy change of this system. The proposed mechanism of overunity devices can be provided by the electrons acceleration, induced by their resonant interaction with high frequency positive and negative VPW+/- in pull-in range conditions. The latter can be excited by pulsing currents and fields. The mechanism of overheating and cold fusion in electrolytic cells without violation of energy conservation is proposed also.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
