Archivio Istituzionale della RicercaIn view of constructing classical statistical mechanical models with homotopically nontrivial phase space, leading to unambiguous quantization schemes by the path integral method, a solvable model is discussed, consisting of a gas of Coulomb particles inR 2, which may be located between the Dyson’s circular ensemble systems and the physical 2-dimensional Coulomb gas.
A solvable model for a system of Coulomb particles in R2 with homotopically nontrivial phase space / C., Agnes; Buzano, Carla; G., D'Ariano; Rasetti, Mario. - In: LETTERE AL NUOVO CIMENTO DELLA SOCIETÀ ITALIANA DI FISICA. - ISSN 0375-930X. - 43:4(1985), pp. 181-187. [10.1007/BF02746976]
A solvable model for a system of Coulomb particles in R2 with homotopically nontrivial phase space
BUZANO, Carla;RASETTI, Mario
1985
Abstract
In view of constructing classical statistical mechanical models with homotopically nontrivial phase space, leading to unambiguous quantization schemes by the path integral method, a solvable model is discussed, consisting of a gas of Coulomb particles inR 2, which may be located between the Dyson’s circular ensemble systems and the physical 2-dimensional Coulomb gas.
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https://hdl.handle.net/11583/1513077
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