"...useful for an introductory course in quantum field theory to graduate students. Furthermore it provides a good introduction to the theory of perturbative QCD for research scientists who are interested to work in this field." Paolo Nason, Cern Courier
Part I. Scalar Fields: 1. Classical fields and symmetries; 2. Canonical quantization; 3. Path integrals, perturbation theory and Feynman rules; 4. Scattering and cross sections for scalar fields; Part II. Fields with Spin: 5. Spinors, vectors and gauge invariance; 6. Spin and canonical quantization; 7. Path integrals for fermions and gauge fields; 8. Gauge theories at lowest order; Part III. Renormalization: 9. Loops, regularization and unitarity; 10. Introduction to renormalization; 11. Renormalization and unitarity of gauge theories; Part IV. The Nature of Perturbative Cross Sections: 12. Perturbative corrections and the infrared problem; 13. Analytic structure and infrared finiteness; 14. Factorization and evolution in high energy scattering; 15. Epilogue: bound states and the limitations of perturbation theory; Appendices; References; Index.