Abstract
Problems like those of Schroedinger`s can comprise quantum systems as classical systems, the measurement process and reality. After a reviewing the history of interpretation of quantum mechanics it is shown how a generalized algebraic quantum theory (e.g. G.G. Emch 1986) can tackle these problems and paradoxes. This theory treats systems with infinite degrees of freedom and open systems. It is applicable both to quantum as to classical systems and thus to the measurement process with its irreversibility. The usual linear Schroedinger equation is replaced by a non-linear one where the nonlinear terms reflect the interaction of the system with its environment or with the measuring apparatus. (Quittner) To appear also in `Naturwissenschaft und Weltbild`, 1992.
Citation Formats
Flamm, D.
Recent additions to fundament aspects of quantum mechanics; Neueres zum Weltbild der Quantenmechanik.
Austria: N. p.,
1991.
Web.
Flamm, D.
Recent additions to fundament aspects of quantum mechanics; Neueres zum Weltbild der Quantenmechanik.
Austria.
Flamm, D.
1991.
"Recent additions to fundament aspects of quantum mechanics; Neueres zum Weltbild der Quantenmechanik."
Austria.
@misc{etde_10120699,
title = {Recent additions to fundament aspects of quantum mechanics; Neueres zum Weltbild der Quantenmechanik}
author = {Flamm, D}
abstractNote = {Problems like those of Schroedinger`s can comprise quantum systems as classical systems, the measurement process and reality. After a reviewing the history of interpretation of quantum mechanics it is shown how a generalized algebraic quantum theory (e.g. G.G. Emch 1986) can tackle these problems and paradoxes. This theory treats systems with infinite degrees of freedom and open systems. It is applicable both to quantum as to classical systems and thus to the measurement process with its irreversibility. The usual linear Schroedinger equation is replaced by a non-linear one where the nonlinear terms reflect the interaction of the system with its environment or with the measuring apparatus. (Quittner) To appear also in `Naturwissenschaft und Weltbild`, 1992.}
place = {Austria}
year = {1991}
month = {Oct}
}
title = {Recent additions to fundament aspects of quantum mechanics; Neueres zum Weltbild der Quantenmechanik}
author = {Flamm, D}
abstractNote = {Problems like those of Schroedinger`s can comprise quantum systems as classical systems, the measurement process and reality. After a reviewing the history of interpretation of quantum mechanics it is shown how a generalized algebraic quantum theory (e.g. G.G. Emch 1986) can tackle these problems and paradoxes. This theory treats systems with infinite degrees of freedom and open systems. It is applicable both to quantum as to classical systems and thus to the measurement process with its irreversibility. The usual linear Schroedinger equation is replaced by a non-linear one where the nonlinear terms reflect the interaction of the system with its environment or with the measuring apparatus. (Quittner) To appear also in `Naturwissenschaft und Weltbild`, 1992.}
place = {Austria}
year = {1991}
month = {Oct}
}