作者: Andrei P. Kirilyuk
DOI:
关键词: Solution concept 、 Quantum 、 Elementary particle 、 Matter wave 、 Wave–particle duality 、 Bound state 、 Theoretical physics 、 Classical mechanics 、 Discrete space 、 Physics 、 Gravitation
摘要: A system of two interacting, physically real, initially homogeneous fields is considered as the simplest basis for world construction in which one them, a protofield electromagnetic nature, attracted to another protofield, or medium, responsible eventually emerging gravitational effects. The interaction process analysed within generalised effective (optical) potential method we avoid any usual perturbative reduction. It then appears that generic parameters protofields, instead simply "falling" onto and forming fixed "bound state", are engaged self-sustained nonlinear pulsation, "quantum beat", consisting unceasing cycles self-amplified auto-squeeze, "collapse" ("reduction"), portion extended protofields small volume followed by inverse phase extension. Centres consecutive reductions form physical "points" thus emerging, intrinsically discrete space, each them "selected" causally random fashion among many equally possible versions (or "realisations"). This manifestation dynamic redundance unified dynamically complex (chaotic) behaviour real with (physics/9806002). sequence reduction events constitutes elementary "clock" providing it unceasing, irreversible time flow. complex-dynamical quantum beat interacting observed massive particle (like electron) naturally possesses property wave-particle duality completing double solution concept Louis de Broglie (see also quant-ph/9902016, gr-qc/9906077).