Extrasolar planets

Extrasolar planets

There have recently been many exciting developments in the search for planetary-sized bodies orbiting Sun-like stars. This book provides a timely, readable, yet comprehensive overview of this fast moving field. It presents the very latest discoveries and ideas, and covers the wealth of new and important observational data. An increasing number of suspected planets outside our own Solar System are now being found, and many objects have been independently confirmed. Surprisingly, the extrasolar planets discovered so far display orbital properties more diverse than those found in the Solar System. The implication of these discoveries for theories of planet formation and the possibilities of life elsewhere makes this an exciting and important field. In Extrasolar Planets, Stuart Clark discusses the formation and evolution of stars, and the processes leading to the formation of protoplanetary discs, planetesimals, embryonic planets and complete planetary systems. He describes in detail the various techniques currently being employed for the detection of extrasolar planets, and the results of searches to date. The author reviews the evidence for all suspected extrasolar planets, and discusses the theoretical problems posed by giant planets with small orbital radii and those in highly eccentric orbits. Brown dwarfs and possible planets around pulsars are also explored. The 'habitable zone' is described in the context of extrasolar planets which might support life, and the book discusses future planned searches for extrasolar planets, including those designed to detect Earth-sized worlds. Readership: Undergraduate and postgraduate students of astronomy, astrophysics, planetary sciences, life sciences, space science, physics, biophysics and theoretical physics, and professional researchers in these fields. Amateur astronomers and non-specialists having an interest in planetary science in general and extrasolar planets in particular.

Stuart Clark

Wiley

1998

Engels

PLA0716

9-780-4719-7634-9