Singleton physics
Moshe Flato, Christian Fronsdal, Daniel Sternheimer
TL;DR
This paper reviews twenty years of research on singleton-based elementary particles in anti-de Sitter space, focusing on kinematics, field theory, and connections to conformal field theory.
Contribution
It introduces a deformation philosophy of physical theories and explores the development of a field theory for composite elementary particles in AdS space.
Findings
Analysis of massless particle kinematics in AdS space
Development of a field theory for singleton composites
Connections established with conformal field theory
Abstract
We review the developments in the past twenty years (which are based on our deformation philosophy of physical theories) dealing with elementary particles composed of singletons in anti De Sitter space-time. The study starts with the kinematical aspects (especially for massless particles) and extends to the beginning of a field theory of composite elementary particles and its relations with conformal field theory (including very recent developments).
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Cosmology and Gravitation Theories · Relativity and Gravitational Theory