Physics of the Solar System: Dynamics and Evolution, Space Physics, and Spacetime Structure: v. 293 (Astrophysics and Space Science Library)

"Physics of the Solar System," the new text byBertotti, Farinella and Vokrouhlicky, succinctly and clearlytreats the broad span of topics needed to understand the solarsystem's structure, formation and operation. The authors show animpressive command of a wide variety of subjects, ranging fromcelestial mechanics through magnetospheric physics, and on to adescription of the workings of spacecraft themselves. The textcontains numerous examples, not only from the historical backgroundbut also for space-age applications, including many figures from theoriginal research literature. Each chapter ends with a useful surveyof relevant texts and papers as well as an interesting collection ofproblems. The book is a major achievement that should attract a widereadership.'Joseph A. Burns, I.P. Church Professor of Engineering andAstronomy, Cornell University, Ithaca, NYThis book delivers what its title promises. It addresses thefundamental characteristics of the solar system from a physicist'sperspective, showing the diverse ways in which physics governs what isobserved in, on, and among the planets. It is both encyclopaedic inits coverage and up-to-date in including the most recent advances inunderstanding and current issues of study.'Richard Greenberg, Professor of Planetary Sciences, Universityof Arizona, TucsonThis encyclopaedic book is a mine of information on the SolarSystem that goes well beyond usual dynamical aspects. The authors havesucceeded in compromising broadness with depth, and clarity withcompleteness. This second edition is very up-to-date on all hot topicsof modern research. This book is therefore particularly recommendableto students and researchers that seek a multidisciplinaryapproach toSolar System science. I wish I had it when I was a studentmyself.'Alessandro Morbidelli, Observatoire de Cote d'Azur, Nice "Physics of the Solar System," the new text byBertotti, Farinella and Vokrouhlicky, succinctly and clearlytreats the broad span of topics needed to understand the solarsystem's structure, formation and operation. The authors show animpressive command of a wide variety of subjects, ranging fromcelestial mechanics through magnetospheric physics, and on to adescription of the workings of spacecraft themselves. The textcontains numerous examples, not only from the historical backgroundbut also for space-age applications, including many figures from theoriginal research literature. Each chapter ends with a useful surveyof relevant texts and papers as well as an interesting collection ofproblems. The book is a major achievement that should attract a widereadership.'Joseph A. Burns, I.P. Church Professor of Engineering andAstronomy, Cornell University, Ithaca, NYThis book delivers what its title promises. It addresses thefundamental characteristics of the solar system from a physicist'sperspective, showing the diverse ways in which physics governs what isobserved in, on, and among the planets. It is both encyclopaedic inits coverage and up-to-date in including the most recent advances inunderstanding and current issues of study.'Richard Greenberg, Professor of Planetary Sciences, Universityof Arizona, TucsonThis encyclopaedic book is a mine of information on the SolarSystem that goes well beyond usual dynamical aspects. The authors havesucceeded in compromising broadness with depth, and clarity withcompleteness. This second edition is very up-to-date on all hot topicsof modern research. This book is therefore particularly recommendableto students and researchers that seek a multidisciplinaryapproach toSolar System science. I wish I had it when I was a studentmyself.'Alessandro Morbidelli, Observatoire de Cote d'Azur, Nice "The book is a very good balance between theory and applications, depth of analysis and synthesis, keeping always the focus on the comprehension of the physics ruling our planetary system. "In summary, this represents both an excellent textbook for advanced students and a fundamental reference, and encyclopedic summary of the current knowledge, for researchers in the Solar System field." Alessandro Rossi, ISTI-CNR, Pisa, ITALY, in Celestial Mechanics and Dynamical Astronomy Physics of the Solar System, the new text by Bertotti, Farinella and VokrouhlickA1/2, succinctly and clearly treats the broad span of topics needed to understand the solar system's structure, formation and operation. The authors show an impressive command of a wide variety of subjects, ranging from celestial mechanics through magnetospheric physics, and on to a description of the workings of spacecraft themselves. The text contains numerous examples, not only from the historical background but also for space-age applications, including many figures from the original research literature. Each chapter ends with a useful survey of relevant texts and papers as well as an interesting collection of problems. The book is a major achievement that should attract a wide readership.' Joseph A. Burns, I.P. Church Professor of Engineering and Astronomy, Cornell University, Ithaca, NY This book delivers what its title promises. It addresses the fundamental characteristics of the solar system from a physicist's perspective, showing the diverse ways in which physics governs what is observed in, on, and among the planets. It is both encyclopaedic in its coverage and up-to-date in including the most recentadvances in understanding and current issues of study.' Richard Greenberg, Professor of Planetary Sciences, University of Arizona, Tucson This encyclopaedic book is a mine of information on the Solar System that goes well beyond usual dynamical aspects. The authors have succeeded in compromising broadness with depth, and clarity with completeness. This second edition is very up-to-date on all hot topics of modern research. This book is therefore particularly recommendable to students and researchers that seek a multidisciplinary approach to Solar System science. I wish I had it when I was a student myself.' Alessandro Morbidelli, Observatoire de CAte d'Azur, Nice ... a well-written and comprehensive overview of the diverse bodies that surround the Sun and of the intricate interplay between them. Physics of the Sun is tightly written, fun to read and should appeal to experts in the field and new graduate students alike. Within its covers abound a wealth of interesting and little-know nuggets of planetary lore that, although available in the scientific literature, have not appeared in an accessible text before. The authors provide a clear and insightful discussion of planetary gravitational fields. I strongly recommend making space on your shelf and time in your schedule for this lively, interesting and authoritative volume.' Dough Hamilton, University of Maryland in Nature, 427 (February 2004)