Cosmological Models in Einstein's Gravity and Gravitational Collapse: Varying Speed of Light, Acceleration of the Universe, Collapse and Nature of Singularities - Ujjal Debnath - Libros - LAP LAMBERT Academic Publishing - 9783844395587 - 24 de mayo de 2011
En caso de que portada y título no coincidan, el título será el correcto

Cosmological Models in Einstein's Gravity and Gravitational Collapse: Varying Speed of Light, Acceleration of the Universe, Collapse and Nature of Singularities


Recibe un correo electrónico cuando el artículo esté disponible
¿Tienes un perfil? Iniciar sesión
Recibe notificaciones sobre nuevos lanzamientos de Ujjal Debnath
Añadir a tu lista de deseos de iMusic

Aún no valorado

Teams of prominent American and European Scientists using both Hubble Space Telescope and Earth based Telescopes had announced in 1998 by Type Ia supernovae observation that the Universe is not just expanding, it is in fact, expanding with ever increasing speed. This combined discovery has been a total surprise for Cosmology! This physical feature is caused by the term ?dark energy?. The implosion of a star or other celestial body as a result of its own gravity, results in a body that is many times smaller and denser than the original body. The physical process under the influence of gravity may form in naked singularity or black hole. The accelerating models and gravitational collapse models are the hot topics of current research in the twentieth century. The purpose of this book is to present a study on Relativity and Cosmology for the university students who are pursuing this line of research. The contents of this book should especially encourage the researchers, Physicists and Mathematicians involved in the in-depth study of Accelerating Models of the Universe and Gravitational Collapse.

Medios de comunicación Libros     Paperback Book   (Libro con tapa blanda y lomo encolado)
Publicado 24 de mayo de 2011
ISBN13 9783844395587
Editores LAP LAMBERT Academic Publishing
Páginas 196
Dimensiones 150 × 11 × 226 mm   ·   310 g
Lengua Alemán