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Introduction To Black Holes, Information And The String Theory Revolution, An: The Holographic Universe
MWK 75946
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The physics of black holes has been revolutionized by developments that grew out of Jacob Bekenstein's realization that black holes have entropy.
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| Item Weight | 1.5 lbs (680 grams) |
Who Should Buy?
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Physics Students
Perfect for undergraduate or graduate students seeking a comprehensive introduction to black holes and string theory.
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Science Enthusiasts
Ideal for those with a keen interest in advanced theoretical physics and contemporary cosmological concepts.
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Curious Minds
Great for readers wanting to explore complex scientific ideas presented in an accessible and engaging manner.
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General Readers
Not suitable for casual readers without a background in physics or mathematics due to its complexity.
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Technical Experts
May not offer new insights to seasoned physicists looking for highly specialized or cutting-edge research.
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Young Children
Inappropriate for young audiences, as concepts within are too advanced and may lead to confusion.
Product Description
Introduction To Black Holes, Information And The String Theory Revolution, An: The Holographic Universe
Customer Questions & Answers
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Question:
What is the main focus of 'Introduction To Black Holes, Information And The String Theory Revolution, An: The Holographic Universe'?
Answer: The book primarily explores the intriguing concepts of black holes, the nature of information in quantum physics, and the revolutionary ideas surrounding string theory and the holographic universe. These themes are interwoven to explain how black holes challenge our understanding of space, time, and the very fabric of reality, highlighting the quest for a cohesive theory of everything. Engaging both theoretical and practical scenarios, it is ideal for readers intrigued by cosmic phenomena or those studying advanced physics. -
Question:
Who is the intended audience for this book?
Answer: This book caters to a diverse audience, ranging from academic physicists and graduate students to general readers interested in theoretical physics. Its thoughtful explanations bridge complex concepts and make them accessible, providing insights for science enthusiasts or individuals pursuing knowledge in cosmology and quantum mechanics. By breaking down intricate theories, it aids in comprehension and stimulates curiosity, making it a valuable read for anyone passionate about understanding the universe. -
Question:
What topics related to string theory does the book cover?
Answer: The book delves into several critical topics regarding string theory, including its implications for black holes and information theory. It discusses the foundational principles of string theory, the role of strings in unifying forces of nature, and their impact on our understanding of gravity. Such discussions facilitate a greater comprehension of the universe's fundamental structure, making it a great resource for those looking to enrich their academic or personal exploration of modern physics themes. -
Question:
How does the holographic principle relate to black holes?
Answer: The holographic principle suggests that the information contained within a volume of space can be represented as a hologram—a two-dimensional surface that encodes three-dimensional data. This concept is particularly significant when examining black holes, as it proposes that all information that falls into a black hole is not lost but rather preserved on its surface. This intriguing idea challenges traditional notions of information conservation and could provide insights into reconciling quantum mechanics and general relativity. -
Question:
What unique perspective does this book offer on black holes?
Answer: The book presents a unique perspective on black holes by integrating concepts from string theory and information theory, illustrating how they redefine our understanding of these cosmic enigmas. It goes beyond typical descriptions by investigating the implications of black holes on the fundamental nature of reality, information retention, and the overall structure of the universe. Readers are invited to explore thought-provoking scenarios that challenge conventional wisdom, making it an engaging and enlightening read. -
Question:
Can this book help with academic studies in advanced physics?
Answer: Absolutely! The book serves as a robust resource for academic studies in advanced physics by providing detailed analyses and interpretations of critical theories in modern physics. Its thorough exploration of black holes and string theory enriches readers' knowledge and comprehension, aiding in coursework or research. Furthermore, it reinforces theoretical foundations, making it applicable for scholars preparing for discussions or examinations in cosmology and theoretical physics. -
Question:
How does the author explain complex concepts to non-specialists?
Answer: The author employs relatable analogies, visual aids, and clear language to explain complex concepts, making them accessible to non-specialists. By reframing challenging theories into understandable sections, the text encourages engagement without overwhelming readers with jargon. This thoughtful approach supports learners from various backgrounds, ensuring that anyone interested in the mysteries of the universe can grasp its essential elements, fostering a greater appreciation for theoretical physics. -
Question:
What is the significance of information theory in this context?
Answer: Information theory plays a central role in understanding the relationship between black holes and the laws of physics. The idea that information cannot be destroyed even when it enters a black hole raises significant questions regarding quantum mechanics and gravity. It challenges researchers to rethink established concepts of reality and devise theories that can reconcile these conflicting views, making it pivotal for those exploring the intersection of computer science, physics, and philosophy. -
Question:
Does the book include practical examples or thought exercises?
Answer: Yes, the book includes a variety of practical examples and thought exercises designed to illustrate theoretical concepts in tangible ways. These scenarios stimulate critical thinking and facilitate deeper understanding, allowing readers to apply abstract ideas to real-world contexts. This approach enhances the reader's learning experience, transforming theoretical knowledge into something more relatable and engaging, thus providing a useful tool for both learners and curious minds. -
Question:
Where can I buy 'Introduction To Black Holes, Information And The String Theory Revolution, An: The Holographic Universe' in Malawi?
Answer: You can purchase 'Introduction To Black Holes, Information And The String Theory Revolution, An: The Holographic Universe' through Ubuy in Malawi. Ubuy offers a wide selection of books and is known for its user-friendly interface and convenient ordering process. Whether you're looking to expand your knowledge or furnish your personal library, Ubuy provides a reliable option to acquire this insightful read.
Particle Physics Editorial Review
This book is written for black hole physicists who are already familiar with the subject matter. It may not be helpful for those wanting to learn about the subject. The book covers advanced topics in theoretical physics and requires a good understanding of quantum mechanics, relativity, and statistical mechanics. It is longer than 'A Brief History of Time' and expands on the same concepts with a touch of humor. However, it is not recommended for those without a strong background in advanced mathematics.
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Pros
- Detailed and well-covered topics
- Good for those with a strong background in black hole physics
- Explores conceptual advances in theoretical physics
- Thoroughly enjoyable with autobiographical inserts
Cons
- Not helpful for beginners or those wanting to learn the subject
Product Price History
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MWK 75946
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Features & Benefits
- Black holes have entropy, revolutionizing physics
- Stephen Hawking's work raised profound issues on information loss and quantum mechanics in a gravitational world
- Led to a revolution in space, time, matter, and information
- Culminated in The Holographic Principle, a major focus in gravitational research and quantum physics
- Developed and explained by Leonard Susskind, a co-inventor of The Holographic Principle and a founder of String theory