• 1. Introduction: synchrotron and inverse-Compton radiation P. A. Hughes and L. Miller; 2. Observations of large scale extragalactic jets T. W. B. Muxlow and S. T. Garrington; 3. Interpretation of large scale extragalactic jets J. P. Leahy; 4. Interpretation of Parsec scale jets T. V. Cawthorne; 5. From nucleus to hotspot: nine powers of ten V. Icke; 6. The stability of jets M. Birkinshaw; 7. Numerical simulations of radio source structure A. G. Williams; 8. The production of jets and their relation to active galactic nuclei P. J. Wiita; 9. Particle acceleration and magnetic field evolution J. E. Eilek and P. A. Hughes; 10. Jets in the galaxy R. Padman, A. N. Lasenby and D. A. Green.

"...the evenness of the book's level and tone is a tribute to Philip Hughes's editorial skills. Although the book seems to be aimed at the practicing astrophysicist who wishes to get up to speed on the subject of jets, the treatment of technical issues is sufficiently discursive that the book could be used as a graduate text." Mitchell C. Begelman, Science

• 1. Introduction: synchrotron and inverse-Compton radiation P. A. Hughes and L. Miller; 2. Observations of large scale extragalactic jets T. W. B. Muxlow and S. T. Garrington; 3. Interpretation of large scale extragalactic jets J. P. Leahy; 4. Interpretation of Parsec scale jets T. V. Cawthorne; 5. From nucleus to hotspot: nine powers of ten V. Icke; 6. The stability of jets M. Birkinshaw; 7. Numerical simulations of radio source structure A. G. Williams; 8. The production of jets and their relation to active galactic nuclei P. J. Wiita; 9. Particle acceleration and magnetic field evolution J. E. Eilek and P. A. Hughes; 10. Jets in the galaxy R. Padman, A. N. Lasenby and D. A. Green.

"...the evenness of the book's level and tone is a tribute to Philip Hughes's editorial skills. Although the book seems to be aimed at the practicing astrophysicist who wishes to get up to speed on the subject of jets, the treatment of technical issues is sufficiently discursive that the book could be used as a graduate text." Mitchell C. Begelman, Science

• 1. Introduction: synchrotron and inverse-Compton radiation P. A. Hughes and L. Miller; 2. Observations of large scale extragalactic jets T. W. B. Muxlow and S. T. Garrington; 3. Interpretation of large scale extragalactic jets J. P. Leahy; 4. Interpretation of Parsec scale jets T. V. Cawthorne; 5. From nucleus to hotspot: nine powers of ten V. Icke; 6. The stability of jets M. Birkinshaw; 7. Numerical simulations of radio source structure A. G. Williams; 8. The production of jets and their relation to active galactic nuclei P. J. Wiita; 9. Particle acceleration and magnetic field evolution J. E. Eilek and P. A. Hughes; 10. Jets in the galaxy R. Padman, A. N. Lasenby and D. A. Green.

"...the evenness of the book's level and tone is a tribute to Philip Hughes's editorial skills. Although the book seems to be aimed at the practicing astrophysicist who wishes to get up to speed on the subject of jets, the treatment of technical issues is sufficiently discursive that the book could be used as a graduate text." Mitchell C. Begelman, Science