PARTICLE AND WAVEThe poem "Particle and Wave" by Jim Tilley is presented. First Line: You and I were doing what we do best -- Last Line: adding up to something grand.Tilley, JimPoet Lore
WAVE AND PARTICLE INTERACTIONS WITH A NONLINEAR DIELECTRIC PERTURBATION IN A PLASMA 来自 ResearchGate 喜欢 0 阅读量: 20 作者: Mendon\\uea,J.,T. 摘要: http://journals.cambridge.org/cover_images/SAM/SAM.jpg 关键词: Palacio de Congresos y Exposiciones de Galicia. Alberto Noguerol y Pilar...
Examples include: self gravitating systems, plasmas, dipolar magnets and wave-particle interactions. 包括了:引力系统,等离子体系统,偶极磁铁系统等。 dictsearch.appspot.com 4. French physicist de Broglie wave-particle duality of light based on the bold inference: all physical particles have wave-particle...
光既是波,也是微粒,具有波粒二象性(wave-particle durality)。光的衍射、偏振、干涉等体现了波的性质;能量量子化的光子及光电效应体现了微粒的性质。同时,通过双缝干涉和单孔衍射,我们可以证明电子也具有波粒二象性。波可以被看成含有能量的物质,我们也可以把物质看成波,通过德布罗意方程计算其波长。
Wave‒particle duality is probably one of the most intriguing counterfactual concepts in quantum mechanics, in which the interpretation of the wave and particle attributes of an objective entity is quite different from those in the classical world. In Niels Bohr’s complementary principle5, detecting...
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 ...
Hodge Experiment distinguishes between wave and particle caused diffraction patterns The Hodge Experiment was designed to support the Scalar Theory of Everything (STOE) particle model of the photon. It also rejected the wave models of light. The general model of light waves within the Hodge Experime...
Wave-particle duality describes the way matter and energy on the smallest scales can be viewed as both particles and waves. In normal life, we expect moving particles to behave like small projectiles, while waves spread out like ripples on a pond. In quantum mechanics, this distinction is blur...
The wave-particle interaction is investigated for Vp×B acceleration or magnetic-trapping acceleration by an electromagnetic wave. We present a condition for efficient particle acceleration: the trapped particles are accelerated efficiently if the number density of the imposed particles and the time interv...