作者: Margaret Hawton , Vincent Debierre
DOI: 10.1016/J.PHYSLETA.2017.04.004
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摘要: Abstract We find that biorthogonal quantum mechanics with a scalar product counts both absorbed and emitted particles leads to covariant position operators localized eigenvectors. In this manifestly formulation the probability for transition from one-photon state eigenvector is first order Glauber correlation function, bridging gap between photon counting sensitivity of light detectors electromagnetic energy density. The eigenvalues are identified as spatial parameters in canonical field basis describes an array devices instantaneously absorb re-emit bosons.