The Namiki-Pascazio theory is employed to formulate an alternative description of wave-function collapse for a single measurement based on a novel interpretation of the role of time in quantum phenomena. The argument makes use of the time-energy uncertainty principle to define the decoherence factor ∈ij as a time-ordering parameter. © 2001 Elsevier Science B.V.
On the interpretation of the Namiki-Pascazio order parameter epsilon(ij)
DUATTI, Adriano
2001
Abstract
The Namiki-Pascazio theory is employed to formulate an alternative description of wave-function collapse for a single measurement based on a novel interpretation of the role of time in quantum phenomena. The argument makes use of the time-energy uncertainty principle to define the decoherence factor ∈ij as a time-ordering parameter. © 2001 Elsevier Science B.V.File in questo prodotto:
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