Selected Topics in Gravity, Field Theory and Quantum Mechanics

Steven Duplij

ISBN 10: 3036559051 / ISBN 13: 9783036559056

Verlag: MDPI AG, 2022

Beschreibung

nach der Bestellung gedruckt Neuware - Printed after ordering - Quantum field theory has achieved some extraordinary successes over the past sixty years; however, it retains a set of challenging problems. It is not yet able to describe gravity in a mathematically consistent manner. CP violation remains unexplained. Grand unified theories have been eliminated by experiment, and a viable unification model has yet to replace them. Even the highly successful quantum chromodynamics, despite significant computational achievements, struggles to provide theoretical insight into the low-energy regime of quark physics, where the nature and structure of hadrons are determined. The only proposal for resolving the fine-tuning problem, low-energy supersymmetry, has been eliminated by results from the LHC.Since mathematics is the true and proper language for quantitative physical models, we expect new mathematical constructions to provide insight into physical phenomena and fresh approaches for building physical theories.

Bestandsnummer des Verkäufers 9783036559056

Bibliografische Details

• Titel: Selected Topics in Gravity, Field Theory and Quantum Mechanics
• Verlag: MDPI AG
• Erscheinungsjahr: 2022
• Sprache: Englisch
• ISBN-10: 3036559051
• ISBN-13: 9783036559056
• Einband: Buch
• Zustand: Neu

Über diesen Titel

Inhaltsangabe

Quantum field theory has achieved some extraordinary successes over the past sixty years; however, it retains a set of challenging problems. It is not yet able to describe gravity in a mathematically consistent manner. CP violation remains unexplained. Grand unified theories have been eliminated by experiment, and a viable unification model has yet to replace them. Even the highly successful quantum chromodynamics, despite significant computational achievements, struggles to provide theoretical insight into the low-energy regime of quark physics, where the nature and structure of hadrons are determined. The only proposal for resolving the fine-tuning problem, low-energy supersymmetry, has been eliminated by results from the LHC.

Since mathematics is the true and proper language for quantitative physical models, we expect new mathematical constructions to provide insight into physical phenomena and fresh approaches for building physical theories.