Main Topics: l Simple sytems with supersymmetry taken from particle mechanics l Classical limit of supersymmetric quantum mechanics l Double cover of the Lorentz group and other group-theorectical matters l Representative sample of processes involving supersymmetric lepton photon reactions

Foreword / Preface / Acknowledgments / Introduction / Spin Magnetism of the Electron / Spin Contribution to the Hamiltonian/ Anticommuting Grassmann numbers / Pseudoclassical Description of Spin / Generalized Poisson Brackets / Derivation of the Electron’s g-Factor / A Glimpse of Supersymmetry / Supersymmetric Point Charge / Supersymmetric Harmonic Oscillator / Supersymmetric Classical Mechanics / Spinor Notation and Algebra / Superspace/ Scalar and Vector Superfields / Scalar Dynamics in Superspace / Supersymmetric Quantum Electrondynamics / Sample Calculation of Tree Diagram / Rotating Charged Sphere Model / Solution of Classical Spin Precession / Basic Facts on Grassmann Algebras / Grassmann Differentiation and Integration / Supermanifolds and Other Definitions / Supersymmetry Algebra / Spinors in Arbitrary Dimensions / Bibliography / Index

Gradute students