Titlebook: Compendium of Quantum Physics; Concepts, Experiment Daniel Greenberger,Klaus Hentschel,Friedel Weinert Book 2009 Springer-Verlag Berlin Hei

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走路左晃右晃

Language-Oriented Functions of Strategiescle is excluded from a tubular region of space, but otherwise no force acts on it. Yet it acquires a measurable quantum phase that depends on what is inside the tube of space from which it is excluded. In the AB effect, the particle is charged and the tube contains a magnetic flux. In the Aharonov—C

Stagger

Context Oriented Functions of Strategiesayed a major role in developing the algebraic approach. Firstly, his joint paper [3] with Jordan and Wigner was one of the first attempts to go beyond Hilbert space (though it is now mainly of historical value). Secondly, he founded the mathematical theory of operator algebras in a magnificent serie

genesis

Speaking English as a Second Languagecs of the particles, follows from a simple symmetry argument, where the ► wave functions of a system of identical particles are restricted to be either symmetric (bosons) or antisymmetric (fermions) under permutation of particle coordinates. For two spinless particles, this symmetry is expressed thr

Intact

Language-Oriented Functions of StrategiesT‘) can reproduce the experimental predictions of quantum mechanics for a situation in which two correlated particles are detected at mutually distant stations (► Bell‘ Theorem). A few years later Clauser et al. [2] extended the theorem so as to make possible an experiment which would in principle u

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Who Are ‘Good’ Morals/Ethics Good for?erence for his original term, borrowed from Robert Boyle (1627–91) to denote any particlelike structure. Very soon afterwards, Thomson began to think about how to explain the periodicity of properties of the chemical elements in terms of these negatively charged corpuscles as atomic constituents. Ch

Defense

Accountability and Responsibility from 1887 spent his postdoctoral period in Vienna, Berlin and Munich before obtaining a professorship in Tokyo to become Japan’s foremost modern physicist. Nagaoka assumed that the atom is a large, massive, positively charged sphere, encircled by very many (in order of magnitude: hundreds) light-we

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https://doi.org/10.1007/978-981-16-2213-7ysics. Briefly stated, it demonstrates that a whole class of theories about the physical world (“objective local theories”, see below) defined by the conjunction of three apparently plausible general principles, must yield experimental predictions which under certain conditions are inconsistent with

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