aMurder 谋杀[translate] aThese apparently contradictory wave and particle properties have been reconciled(协调) since 1930 with the development of quantum electrodynamics 这些明显矛盾的波浪和微粒物产被和解了(协调)自1930年以来以量子电动力学的发展[translate]...
The mixing of one and two excitations of the generalized algebra at interferometers and beam splitters is used as an illustration. (orig.)doi:10.1016/0375-9601(94)90772-2Richard A. CamposPhysics Letters ACampos, R.A., Interpolation between the wave and particle properties of bosons and ...
. (2), it is evident that the particle attribute is constrained in the \(\left| R \right\rangle\) path, where as the wave attribute is constrained in the \(\left| L \right\rangle\) path of the interferometer, which indeed demonstrate the separation of the wave and particle properties...
Particle and wave properties of solitons 喜欢 0 阅读量: 15 作者: AM Kosevich 摘要: Dynamics of many systems of interacting quasiparticles can be described in the mean field approximation by the nonlinear Schrdinger equation (NSE). The bound state of a larger number of quasiparticles in such a...
Electrons or any other "particle" should display wave properties to preserve the complementary wave-particle symmetry of nature. 电子及其他任何粒子都应该显示波的性质,才能体现自然界波粒互补的对称性。 dictsearch.appspot.com 2. It is of importance to put forward the theory of the wave particle duali...
Understanding phonon transport mechanisms in nanostructures is of great importance for delicately tailoring thermal properties. Combining phonon particle and wave effects through different strategies, previous studies have obtained ultra-low or super-high thermal conductivity in different nanostructures. However,...
Combine flow map with wave particle Find some interesting flow maps Use flow map to advect wave particle Fluid simulation Milestone 3 Improve rendering method Foam Subsurface scattering Update flow map in real-time Create blockers (rocks and etc.) Advect properties using simulation result ...
1. For example, a well-known formulation proven independently by Englert2 and Jaeger et al.3 quantifies the wave behaviour by fringe visibility, V, and particle behaviour by the distinguishability of the photon's path, D. (See below for precise definitions; the idea is that 'waves' have ...
All matter, particularly small-scale objects, exhibits both wavelike and particle-like properties. The latter is prominent when individual objects are concerned (e.g., the photoelectric effect), while the former becomes significant when the behavior of many objects is viewed collectively (e.g., ...
Quantum mechanics is one of the most successful theories in describing atomic-scale systems albeit its properties remain bizarre and counterintuitive from a classical perspective. A paradigmatic example is the wave-particle duality of a single-quantum system, which can behave like both particle and wav...