The Universe: A View from Classical and Quantum Gravity
A View from Classical and Quantum Gravity
1st Edition
Published on 5. November 2012
VIII, 362 pages
978-3-527-66769-7 (ISBN)
Description
Written by a well-known author in the field, this book presents a modern understanding of the universe based on relativity, quantum physics and their elusive combination. It introduces the crucial theoretical ingredients in an accessible way, starting from the physics of Newton and developing subsequent theories all the way to the modern enigma of quantum gravity. The intermediate level presentation assumes only a general knowledge of math and physics, adopting a "two-level" approach: equations are retained throughout the chapters but set apart from the main text in boxes to allow for lay readers to understand the book.
For scientists, researchers, students and lecturers in cosmology, astronomy, gravitation, quantum and theoretical physics; as well as mathematicians, students, lecturers, academics and non-experts in related fields with an interest in the subject.
For scientists, researchers, students and lecturers in cosmology, astronomy, gravitation, quantum and theoretical physics; as well as mathematicians, students, lecturers, academics and non-experts in related fields with an interest in the subject.
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Martin Bojowald
The Universe: A View from Classical and Quantum Gravity
A View from Classical and Quantum Gravity
Book
11/2012
1st Edition
Wiley-VCH
€105.00
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Person
Martin Bojowald teaches physics at the Pennsylvania State University, USA, and is a member of the Institute for Gravitation and the Cosmos. Having received his Ph.D. degree from Aachen University, Germany, he has spent most of his time since at Penn State, except for a 2-year period at the Albert-Einstein-Institute in Potsdam, Germany. He has authored over 100 publications, including several popular articles and a couple of books. For his work in quantum cosmology he has received the First Award of the Essay Competition by the Gravity Research Foundation in 2003, and the Xanthopoulos Prize from the International Society on General Relativity and Gravitation in 2007.
Content
1. THE UNIVERSE I
1.1. Newtonian Gravity
1.2. Planets and Stars
1.3. Cosmology
2. RELATIVITY
2.1. Classical Mechanics and Electrodynamics
2.2. Special Relativity
2.3. General Relativity
3. THE UNIVERSE II
3.1. Planets and Stars
3.2. Black Holes
3.3. Cosmology
4. QUANTUM PHYSICS
4.1. Waves
4.2. States
4.3. Measurements
5. THE UNIVERSE III
5.1. Stars
5.2. Elements
5.3. Particles
6. QUANTUM GRAVITY
6.1. Quantum Cosmology
6.2. Unification
6.3. Space-time Atoms
7. THE UNIVERSE IV
7.1. Big Bang
7.2. Black Holes
7.3. Tests
1.1. Newtonian Gravity
1.2. Planets and Stars
1.3. Cosmology
2. RELATIVITY
2.1. Classical Mechanics and Electrodynamics
2.2. Special Relativity
2.3. General Relativity
3. THE UNIVERSE II
3.1. Planets and Stars
3.2. Black Holes
3.3. Cosmology
4. QUANTUM PHYSICS
4.1. Waves
4.2. States
4.3. Measurements
5. THE UNIVERSE III
5.1. Stars
5.2. Elements
5.3. Particles
6. QUANTUM GRAVITY
6.1. Quantum Cosmology
6.2. Unification
6.3. Space-time Atoms
7. THE UNIVERSE IV
7.1. Big Bang
7.2. Black Holes
7.3. Tests
