Femtophysics book cover

Femtophysics

A Short Course on Particle Physics

Provides an account of what is now known about physics at scales of 1013 to 1016 cm. The existence of spin half quarks interacting through colour fields is established fact, as is the structure unifying electromagnetic and weak interaction. In Femtophysics, the author explains the evidence and communicates the essential physics underlying these recent and remarkable developments. The approach throughout is to obtain results by applying trivial algebra to the content of simple and clear physical pictures. Thus, abstract and difficult concepts can be mastered painlessly while maintaining a firm grip on the essentials. The diligent student, therefore, should acquire a comprehensive understanding of the principles underlying present day particle physics.

Audience
For undergraduates reading physics, graduate students working in experimental particle physics and university lecturers.

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Published: January 1990

Imprint: Pergamon

ISBN: 978-0-08-036942-6

Reviews

  • There is a real niche for Bowler's book at the advanced undergraduate level, and I recommend it.
    Femtophysics A Short Course on Particle Physics, 5 November 1990


    ery concises valuable addition to the available undergraduate literature.
    Femtophysics, 5 November 1990
    very concise and informative... A poy to read.
    Professor Dr Yuan K Ha Temple University, 1990
    ...delighfully refresshing...crisp and lucid... Educationallly the book is a must.
    Endeavor, 14/04/91

Contents

  • Chapter headings and selected papers: An Introduction. Why is particle physics high energy physics? Of Propagators and Pions. Virtual particles: annihilation and creation operators. Strangers in Town. Peculiarities of the weak interactions. Hadrons. Determination of hadron properties. Colour, Confinement and Strings. Chromomagnetism. Lepton Probes. Coulomb scattering and form factors. Golden Rules. Propagators and resonances. Fermions and the Dirac Equation. Fermions, antifermions and parity. Fermion-Fermion Interactions. Deep inelastic neutrino scattering. Probing the Nucleon. Weak neutral currents. SU(2) and Isopin. Charge conjugation and G parity. From SU(2) to SU(3) of colour: Chromodynamics of Hadrons. Chromomagnetism. Chromodynamics of Hadrons: Ground State Baryons and Isocalor Mesons. Isosinglet states, annihilation and flavour mixing. Massive Fermions. Chromomagnetic splitting in heavy quark systems. Weak Interactions of Quarks. The pattern of quark decay. The (un)Unified Electroweak Interaction. The Weinberg-Salam model-unexplained. Final remarks. Units. Glossary. Select Bibliography. Index.

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