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On the Quantum Deviations from Einstein Dilation of Unstable Quanton* Decay Evolution and Lifetimes

Fleming, Gordon / N (2011) On the Quantum Deviations from Einstein Dilation of Unstable Quanton* Decay Evolution and Lifetimes. [Preprint]

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    For over a decade several workers have argued for the existence of quantum
    deviations from the classical, Einstein dilation of the decay evolution of moving or Lorentz boosted unstable particles. While the general claim is correct, the discussions have been incomplete and, sometimes, misleading. The discussions have been of three kinds. Type 1 examines the time dependence of the survival probability for 3-momentum eigenstates of the unstable quanton (Khalfin). Type 2 does the same for velocity eigenstates, obtaining an outrageous result which then discredits velocity eigenstates
    (Shirokov / Hegerfeldt). Type 3 examines arbitrary boosts of 3-momentum eigenstates (Stefanovich). Type 1 is incomplete since the momentum eigenstates are not the boosts of one another. Type 2 is misleading since the outrageous result is due to misinterpreting the initial conditions of the velocity eigenstates (as I have previously argued). Type 3 is the most satisfactory, but has failed to recognize and implement the unification of all three types of discussion that can be achieved. In this paper I will provide that unified treatment, beginning with a recapitulation of Type 1 and offering further clarification of Type 2 in the process. The unified treatment fully reinstates velocity eigenstates as essential contributors to unstable quanton states. Besides discussing the time evolution of survival probabilities I also focus on the concept of lifetime defined as the average time of decay. This quantity is helpful in order to display the inequivalent dependence of
    dilation on momentum and boosts most sharply and the deviation from Einstein dilation most cleanly.

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    Item Type: Preprint
    Keywords: quanton decay, lifetime dilation, momentum vs velocity eigenstates, hyperplane dependence
    Subjects: General Issues > Laws of Nature
    Specific Sciences > Physics > Quantum Mechanics
    Specific Sciences > Physics > Relativity Theory
    General Issues > Theory Change
    Depositing User: Gordon N. Fleming
    Date Deposited: 28 May 2011 09:05
    Last Modified: 28 May 2011 09:05
    Item ID: 8627

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