Start reading An Elementary Primer for Gauge Theory on your Kindle in under a minute. The strongest point of this book is that it motivates many aspects of gauge theory by explaining which parts of the subject arose in each stage of the progressive historical development of particle physics. The author assumes that the reader has a good background in quantum electrodynamics, and also a fair background in superconductivity theory.
Mobile version (beta). Moriyasu K. Elementary primer for gauge theory (WS, 1983)(ISBN 9971950839)(L)(94s) PQgf LL. Download (djvu, . 5 Mb) Donate Read.
by Gerhard Grensing, University of Kiel. ISBN: 9789814472708 (electronic b. ISBN: 9814472700 (electronic b. ISBN: 1299715028 (ebk) ISBN: 9781299715028 (ebk) Author: Grensing, Gerhard. Publication & Distribution: New Jersey. World Scientific, (c)2013. Download book An elementary primer for gauge theory, K. Moriyasu online for free.
Gauge theory is now recognized as one of the most revolutionary discoveries in physics since the development of quantum mechanics. This primer explains how and why gauge theory has dramatically changed our view of the fundamental forces of nature. The text is designed for the non-specialist. Emphasis is placed on the physics rather than the formalism. Emphasis is placed on the physics rather than the formalism
But Moriyasu takes the opposite approach by explaining gauge theory intuitively. The term ‘elementary’ is relative: this is no pop physics book. But anyone who understands college-level physics, calculus, elementary quantum mechanics, and tensor notation should have little difficulty. Moriyasu avoids the difficult math in favor of a semiclassical approach, trying wherever possible to relate it to familiar stuff like Maxwell's equations
An Introduction To Quantum Field Theory Michael E Peskin Dan V Schroeder 1995.
Download Free eBook:An Elementary Primer for Gauge Theory (repost) - Free epub, mobi, pdf ebooks download, ebook torrents download. In the book, the Einstein theory of gravitation is explained, naturally, as the first successful gauge theory, the local coordinates of which can be defined as the gravitational field. This, the author explains, movtivated H. Weyl to generalize this to one of the other forces of nature, namely electromagnetism. Weyl needed a quantity that would transform like the electromagnetic potential under changes of position. This is a first-rate entry to the subject.
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