Localizable Particles in the Classical Limit of Quantum Field Theory

Localizable Particles in the Classical Limit of Quantum Field Theory
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量子场论经典极限中的可局域化粒子

DOI:
10.1007/s10701-021-00458-5
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发表时间:
2021
影响因子:
1.5
通讯作者:
Soiffer, Rory
Soiffer, Rory
中科院分区:
物理与天体物理4区
文献类型:
--
作者:
Feintzeig, Benjamin H.;Librande, Jonah;Soiffer, Rory

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A number of arguments purport to show that quantum field theory cannot be given an interpretation in terms of localizable particles. We show, in light of such arguments, that the classical ħ→ 0\documentclass [12pt]{minimal}\usepackage {amsmath}\usepackage {wasysym}\usepackage {amsfonts}\usepackage {amssymb}\usepackage {amsbsy}\usepackage {mathrsfs}\usepackage {upgreek}\setlength {\oddsidemargin}{-69pt}\begin {document}\end {document} limit can aid our understanding of the particle content of quantum field theories. In particular, we demonstrate that for the massive Klein–Gordon field, the classical limits of number operators can be understood to encode local information about particles in the corresponding classical field theory.
A number of arguments purport to show that quantum field theory cannot be given an interpretation in terms of localizable particles. We show, in light of such arguments, that the classical ħ→ 0\documentclass [12pt]{minimal}\usepackage {amsmath}\usepackage {wasysym}\usepackage {amsfonts}\usepackage {amssymb}\usepackage {amsbsy}\usepackage {mathrsfs}\usepackage {upgreek}\setlength {\oddsidemargin}{-69pt}\begin {document}\end {document} limit can aid our understanding of the particle content of quantum field theories. In particular, we demonstrate that for the massive Klein–Gordon field, the classical limits of number operators can be understood to encode local information about particles in the corresponding classical field theory.
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