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From Copernicus to Lambda-CDM by Evangelos Matsinos (English) Hardcover Book
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所在地：Calgary, Alberta, 加拿大
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- ISBN-13
- 9781536120349
- Book Title
- From Copernicus to Lambda-CDM
- ISBN
- 9781536120349
- Series
- Physics Research and Technology Ser.
- Publication Year
- 2017
- Type
- Textbook
- Format
- Hardcover
- Language
- English
- Publication Name
- From Copernicus to Lambda-Cdm
- Item Length
- 10.2in
- Publisher
- NOVA Science Publishers, Incorporated
- Item Width
- 7.1in
- Item Weight
- 27.4 Oz
- Number of Pages
- 370 Pages
關於產品
Product Information
The importance of gravitational interaction in the evolution of the Universe as a whole, as well as of the various structures it contains, is paramount and multi-faceted. Despite the fact that electromagnetic phenomena are also involved in our daily activities and that our environment is warmed up by the nuclear interaction to representative temperatures exceeding the average temperature of the Universe by a factor of about 100, the Universe (as far as the spatial distribution of its large-scale structures is concerned) is shaped by gravitational interaction. To start with, the attractive nature of gravitational interaction enables matter to form molecular clouds, and molecular clouds to form protostars (ie: objects which are held together by their own gravity). Some of these objects are massive enough to squeeze themselves to the level of igniting thermonuclear fusion, transforming the hydrogen in their cores into helium, and thus becoming stars, as was the case with the sun billions of years ago. The gravitational interaction will squeeze some stars to the level of igniting helium and producing higher elements, which is the only way such elements can be formed in the universe. The most massive of these objects will undergo a spectacular phase, experiencing an intolerable pressure imbalance when their cores reach high concentrations of iron. The gravitational interaction will force the core of such stars to collapse. The collapse will trigger a rebounding effect, blasting the outer layers of the star and spewing the elements of life into space. The Earth itself and everything on its surface, be they animate and inanimate beings, are products of a stunning recycling process, remnants of supernova explosions. Gravitational interaction holds together the objects in the solar system. It keeps the Earth at a reasonable distance from the sun and in an orbit which is almost circular, thus restraining the temperature variation on its surface to acceptable levels. It keeps the moon in a stable orbit around the Earth, stabilising the Earth's rotation on its axis and preventing wobbling, thus enabling convenient conditions for life. This book is about the evolution of the ideas involving gravitational interaction, from the planetary-motion problem and Newtons Inverse-Square Law to the introduction of Einsteins General Theory of Relativity, to the latest results obtained from the missions investigating the anisotropy in the cosmic microwave background radiation, and to the implications of these results for the future of the universe. The existing literature on these subjects is either too mathematical or failing to provide the mathematical details. This book treads the midline and aims at providing both aspects. The novel part in this book is the path it treads in time over a period of about five centuries (i.e., from Copernicus to the latest results of the COBE, WMAP and Planck missions), in the size of the gravitating objects (from the level of a typical star to that of the entire universe) and in the magnitude of the gravitational effects (from the standard Newtonian weak-field approximation to Einsteins General Theory of Relativity).
Product Identifiers
Publisher
NOVA Science Publishers, Incorporated
ISBN-10
1536120340
ISBN-13
9781536120349
eBay Product ID (ePID)
241072698
Product Key Features
Publication Name
From Copernicus to Lambda-Cdm
Format
Hardcover
Language
English
Series
Physics Research and Technology Ser.
Publication Year
2017
Type
Textbook
Number of Pages
370 Pages
Dimensions
Item Length
10.2in
Item Width
7.1in
Item Weight
27.4 Oz
Additional Product Features
Lc Classification Number
Qc178.M394 2017
Table of Content
Introduction; Introduction to the Tensor Calculus; Rudiments of the Differential Geometry; Physics Before Einstein: Classical Mechanics & Electromagnetism; Physics Before Einstein: The 2-Body Planetary-Motion Problem; The Special Theory of Relativity; The General Theory of Relativity; The Schwarzschild Metric; The Kerr-Newman Metric; Cosmology; The First Three Minutes: Revisited; Epilogue; References; Index.
Copyright Date
2017
Topic
Geometry / Differential, Space Science, Calculus, Physics / Relativity, Gravity
Lccn
2017-022254
Dewey Decimal
530.11
Dewey Edition
23
Illustrated
Yes
Genre
Science, Mathematics
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