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Main Authors: Mitsch, Chris, Gilton, Marian, Freeborn, David
Format: Preprint
Published: 2022
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Online Access:https://arxiv.org/abs/2212.06977
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author Mitsch, Chris
Gilton, Marian
Freeborn, David
author_facet Mitsch, Chris
Gilton, Marian
Freeborn, David
contents Haag's theorem cries out for explanation and critical assessment: it sounds the alarm that something is (perhaps) not right in one of the standard way of constructing interacting fields to be used in generating predictions for scattering experiments. Viewpoints as to the precise nature of the problem, the appropriate solution, and subsequently-called-for developments in areas of physics, mathematics, and philosophy differ widely. In this paper, we develop and deploy a conceptual framework for critically assessing these disparate responses to Haag's theorem. Doing so reveals the driving force of more general questions as to the nature and purpose of foundational work in physics.
format Preprint
id arxiv_https___arxiv_org_abs_2212_06977
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle How Haag-tied is QFT, really?
Mitsch, Chris
Gilton, Marian
Freeborn, David
History and Philosophy of Physics
High Energy Physics - Theory
Haag's theorem cries out for explanation and critical assessment: it sounds the alarm that something is (perhaps) not right in one of the standard way of constructing interacting fields to be used in generating predictions for scattering experiments. Viewpoints as to the precise nature of the problem, the appropriate solution, and subsequently-called-for developments in areas of physics, mathematics, and philosophy differ widely. In this paper, we develop and deploy a conceptual framework for critically assessing these disparate responses to Haag's theorem. Doing so reveals the driving force of more general questions as to the nature and purpose of foundational work in physics.
title How Haag-tied is QFT, really?
topic History and Philosophy of Physics
High Energy Physics - Theory
url https://arxiv.org/abs/2212.06977