Aim of this paper is studying the consequences of the introduction of operators for the observables time, as well as for the 4-D coordinates and momenta, for QM and QED. Particular attention is paid to Nuclear Physics. In particular, the consequences are investigated of the introduction of the mentioned hermitian (but not self-adjoint) operators, for problems as time irreversibility and microscopic quantum dissipation.
(2010). Non-self-adjoint operators as observables in quantum theory and nuclear physics [journal article - articolo]. In PHYSICS OF PARTICLES AND NUCLEI. Retrieved from http://hdl.handle.net/10446/24154
Non-self-adjoint operators as observables in quantum theory and nuclear physics
Recami, Erasmo
2010-01-01
Abstract
Aim of this paper is studying the consequences of the introduction of operators for the observables time, as well as for the 4-D coordinates and momenta, for QM and QED. Particular attention is paid to Nuclear Physics. In particular, the consequences are investigated of the introduction of the mentioned hermitian (but not self-adjoint) operators, for problems as time irreversibility and microscopic quantum dissipation.| File | Dimensione del file | Formato | |
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