Gauge Field Theory in Natural Geometric Language: A revisitation of mathematical notions of quantum physics

Gauge Field theory in Natural Geometric Language provides a concise and integrated approach to bridging the gap between gravitation and quantum physics, utilizing standard and non-standard notions in a natural geometric language. It appeals to mathematicians and physicists interested in understanding fundamental concepts in quantum particle physics.

Format: Hardback
Length: 368 pages
Publication date: 05 October 2020
Publisher: Oxford University Press

The gauge field theory in the natural geometric language is a crucial endeavor to elucidate fundamental mathematical concepts at the intersection of gravitation and quantum physics. Within a concise and integrated framework, this text explores a range of selected mathematical and theoretical topics, employing both standard and non-standard notions, as well as recent advancements, in a natural geometric language that emphasizes the secondary role of structure groups even when discussing gauge fields themselves. By offering an innovative bridge between physics and mathematics, this text appeals to mathematicians seeking to comprehend some of the core principles underlying quantum particle physics, as well as physicists seeking alternative mathematical representations of their field.

The study of gauge fields in the context of natural geometric language is a fundamental endeavor aimed at clarifying essential mathematical concepts at the confluence of gravitation and quantum physics. Within a concise and integrated framework, this text delves into a selection of mathematical and theoretical topics, employing both standard and non-standard notions, as well as recent advancements, in a natural geometric language that highlights the secondary role of structure groups even when discussing gauge fields themselves. By providing an innovative bridge between physics and mathematics, this text appeals to mathematicians seeking to comprehend some of the core principles underlying quantum particle physics, as well as physicists seeking alternative mathematical representations of their field.

The gauge field theory in the natural geometric language serves as a vital endeavor to elucidate fundamental mathematical concepts at the crossroads of gravitation and quantum physics. Within a concise and integrated framework, this text explores a range of selected mathematical and theoretical topics, employing both standard and non-standard notions, as well as recent advancements, in a natural geometric language that emphasizes the secondary role of structure groups even when discussing gauge fields themselves. By offering an innovative bridge between physics and mathematics, this text appeals to mathematicians seeking to comprehend some of the core principles underlying quantum particle physics, as well as physicists seeking alternative mathematical representations of their field.

Weight: 716g
Dimension: 162 x 240 x 25 (mm)
ISBN-13: 9780198861492