Titlebook: Understanding Quantum Mechanics; The World According Detlef Dürr,Dustin Lazarovici Textbook 2020 Springer Nature Switzerland AG 2020 Found

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Chance in Physics,quantum randomness, or equivalently quantum probability, is irreducible, by which it is meant that there is just no way out of it. Quantum mechanical probability is expressed in Born’s statistical interpretation of the wave function and this is frequently taken as an axiom. Then nothing more can be

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Collapse Theory,wave function so that the superposition principle, which leads to the measurement problem, is no longer valid. For small systems, like single atoms, the violation of the superposition principle is barely noticeable. On the other hand, superpositions of macroscopic wave functions, such as for Schrödi

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Weak Measurements of Trajectories,xperiments which report on successful measurements of Bohmian velocities. So what is going on? The answer is that these measurements are not of the form so far discussed. The new way of measuring is called .. It is a measurement in which the wave function of the measured particle (system) is only we

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Nonlocality,s are far from conclusive. We appear to be left with many options: determinism (Bohm, Everett) or indeterminism (GRW), many worlds or a single one, particles or flashes or the wave function alone—all these possibilities could, in principle, fit physical reality as we know it. And now we turn to some

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Relativistic Quantum Theory,physics is clear, that is, as soon as the need for abstraction is evident. It will be hard for two reasons. First, there does not exist a fundamental, mathematically coherent and consistent formulation of a relativistic quantum theory with interaction that could extend the analysis of the foregoing

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