The meaning of a recently proposed formalism for quantization of interacting fields is discussed by studying the consequences of the time-dependent unitary transformation which is essential for this approach. It turns out that non-relativistic quantum electrodynamics in dipole approximation may serve as a useful, although rather singular, example for this method. In the relativistic case a different point of view is suggested in order to avoid inconsistent interpretation. It is further possible to give arguments for a reasonable choice of the unitary transformation concerned
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June 2, 2014
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June 2, 2014
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June 2, 2014
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Open AccessMass Fractionation and the Isotopic Anomalies of Xenon and Krypton in Ordinary ChondritesJune 2, 2014
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June 2, 2014
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Open AccessOn Schwarzschild's Stability CriterionJune 2, 2014
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Open AccessThe Spectral Response of PbS FilmsJune 2, 2014
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Open AccessLuminescence of Diatomic Molecular IonsJune 2, 2014
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June 2, 2014
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June 2, 2014
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Open AccessDie Molekülstruktur des TetracyanmethansJune 2, 2014
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Open AccessPhotoionisation von Methanol und Formaldehyd / Photoionisation of Methanol and FormaldehydJune 2, 2014
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Open AccessThe particle moves on a doughnut Nuclear Charge Radius Differences of 15N -14N and 18O-16OJune 2, 2014
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Open AccessEin neues Bandensystem als Chemilumineszenz in einer Molybdäncarbonyl-WasserstoffatomflammeJune 2, 2014
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June 2, 2014
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Open AccessSachverzeichnisJune 2, 2014
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Open AccessAutorenverzeichnisJune 2, 2014