物理场和粒子的力学模型
Mechanical models of physical fields and particles
摘要：
回顾了物理场和粒子的力学类比的早期结果。这种方法依赖于底层的概念-一种机械介质，它占据了所有的空间，并作为一个座位，以支持光和传输相互作用。选择湍流理想流体作为底层。假设湍流在其基态是均匀的和各向同性的。紊流模型物理场的扰动。颗粒源自流体中的空隙。对称的粒子-反粒子对在气旋-反气旋的机械对中找到类似之处。一个量子粒子的随机介质中的一个点的不连续性（缺陷）的色散建模。引力与由缺陷发射的瞬变点膨胀的连续流有关。不可压缩介质中不连续性的再收集的激波机制支配着诸如“波函数坍缩”和瞬时量子关联等现象。在微观上，电磁波和引力分别用涡旋海绵中的扭转波和轴对称波来模拟。
英文摘要：
Earlier obtained results on mechanical analogies of physical fields and particles are reviewed. The approach rests on the concept of the substratum - a mechanical medium, which occupies all the space and serves as a seat to support the light and to transmit interactions. A turbulent ideal fluid was chosen for the substratum. The turbulence is supposed to be homogeneous and isotropic in its ground state. Perturbations of the turbulence model physical fields. Particles originate from the voids in the fluid. Symmetrical pairs of particle-antiparticle find analogies in mechanical pairs of cyclone-anticyclone. A quantum particle is modeled by the dispersion of a point discontinuity (defect) in the stochastic medium. Gravitation relates to emitting by defects the continual flow of the transient point dilatation. The shock wave mechanism of the re-collection a discontinuity in the incompressible medium governs such phenomena as the "wave function collapse" and instantaneous quantum correlations. Microscopically, the electromagnetic wave and gravitation are modeled by the torsional and axisymmetric waves, respectively, in the vortex sponge.
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。
