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Item #:
183398019
Origins of Biocomplexity: The Fundamental Principles of Life in Terms of Physics De Gruyter Series in Mathematics and Life Sciences, 12 1st Edition
Item #:
183398019
MMK 587404
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This book presents life phenomena in terms of physics with an element of philosophy.
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What Stands Out
Interdisciplinary Approach
Merges principles of physics with biological systems, providing a unique perspective on life’s complexity, appealing to researchers and students in both fields.
Comprehensive Analysis
Offers an in-depth exploration of biocomplexity, enriching understanding of life's underlying principles, which benefits academics and practitioners looking for thorough insights.
Series Credibility
Part of the esteemed De Gruyter series, ensuring quality and relevance, making it a trusted resource for scholars wanting substantial contributions to mathematics and life sciences.
Product Details
| Publisher | De Gruyter |
| Publication date | November 11, 2025 |
| Edition | 1st |
| Language | English |
| Print length | 383 pages |
| ISBN-10 | 3111334724 |
| ISBN-13 | 978-3111334721 |
| Item Weight | 1.74 pounds (790 grams) |
| Dimensions | 6.69 x 0.88 x 9.61 inches (17 x 2.2 x 24.4 cm) |
Who Should Buy?
-
Life Science Researchers
This book offers foundational insights into biocomplexity, ideal for researchers in biology and life sciences.
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Physics Students
Provides a unique perspective on the intersection of physics and biology, beneficial for physics students exploring biophysics.
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Interdisciplinary Scholars
Ideal for scholars seeking to bridge gaps between disciplines, offering comprehensive principles linking physics and biological systems.
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General Audience
Not suitable for casual readers as it requires a solid understanding of physics and biological concepts.
Product Description
Origins of Biocomplexity: The Fundamental Principles of Life in Terms of Physics De Gruyter Series in Mathematics and Life Sciences, 12 1st Edition
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Customer Questions & Answers
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Question:
What is the primary focus of 'Origins of Biocomplexity'?
Answer: The book primarily focuses on the intersection of physics and biology, exploring the fundamental principles that govern life. It delves into how physical laws shape the complexities of biological systems, offering insights into areas such as molecular biology and ecology. This unique approach helps readers understand life from a scientific perspective where physics principles can illuminate biological processes. For students and researchers, this book serves as a critical resource for comprehending how these disciplines interconnect in explaining life's phenomena. -
Question:
What topics are covered in this book?
Answer: The book covers a variety of topics including thermodynamics, evolution, and the emergence of complex biological patterns. It discusses the mathematical models used to interpret biological systems and examines case studies illustrating these principles in action. By providing a multidisciplinary view, it equips readers with a comprehensive understanding of how physics informs our knowledge of biological processes. This makes it beneficial for those studying life sciences, searching for deeper insights into the nature of life. -
Question:
Who is the target audience for 'Origins of Biocomplexity'?
Answer: The target audience includes researchers, graduate students, and professionals in biological and physical sciences. Those interested in the mathematical modeling of life phenomena will particularly benefit from its content. Furthermore, educators looking for supplementary material to enhance their curriculum in interdisciplinary studies will find it an invaluable resource. This book serves as a platform for dialogue between disciplines, appealing to anyone eager to explore the principles of life through a physics lens. -
Question:
How does this book relate physics to biological processes?
Answer: This book correlates physics with biological processes by exploring how physical laws influence the behavior and structure of living organisms. It articulates concepts such as energy flow, symmetry, and stability within biological systems, showcasing real-world applications of physical theory in life sciences. For instance, it can help biologists understand how energy transformations are integral to metabolic processes. This interdisciplinary approach lays the groundwork for innovations in fields such as biophysics and bioengineering. -
Question:
Is 'Origins of Biocomplexity' suitable for non-specialists?
Answer: While the book is primarily aimed at those with a background in science, it is written in a manner that is accessible to non-specialists as well. The authors provide clear explanations of complex concepts and include visual aids to enhance understanding. Non-specialists interested in learning how physics impacts biological processes will find the discussions enlightening. It serves as a bridge to understanding the intricate relationships between these domains, encouraging broader interest among readers. -
Question:
What mathematical concepts are discussed in the book?
Answer: The book discusses several mathematical concepts that are pivotal in understanding biocomplexity, including differential equations, statistical mechanics, and nonlinear dynamics. These mathematical frameworks are essential for modeling complex biological systems and interpreting empirical data. As you read, you'll encounter equations and models that illuminate relationships between variables in living systems. For researchers and students, grasping these concepts will enhance their analytical skills in scientific investigations. -
Question:
How does 'Origins of Biocomplexity' contribute to scientific research?
Answer: This book contributes to scientific research by providing a multidisciplinary framework for understanding biological phenomena through physical principles. It encourages researchers to think beyond traditional boundaries, fostering collaborative efforts across disciplines. The insights gained can lead to novel approaches in experimental design and hypothesis testing. For instance, ecologists may apply the book’s principles to model ecosystem dynamics, contributing to conservation efforts and ecological stability. -
Question:
What distinguishes this book from other literature in the field?
Answer: What distinguishes 'Origins of Biocomplexity' from other literature is its specific emphasis on bridging the gap between physics and biology, providing a coherent perspective that is often lacking in traditional texts. It integrates theoretical concepts with practical implications, allowing readers to see the relevance of physics in biological context. This holistic approach offers a fresh perspective, making it a unique addition to any scientific library for those keen on interdisciplinary studies. -
Question:
Are there any reviews or accolades for this book?
Answer: Yes, 'Origins of Biocomplexity' has received positive reviews from academics and professionals in both physics and biological sciences. Readers often commend its clear exposition of complex topics and its ability to inspire curiosity and further research. Moreover, it is cited in various academic papers and courses, making it a respected resource in interdisciplinary studies. Such accolades emphasize its relevance and practicality as a reference for those in scientific inquiry. -
Question:
Where can I buy 'Origins of Biocomplexity' in Myanmar?
Answer: You can purchase 'Origins of Biocomplexity: The Fundamental Principles of Life in Terms of Physics' from Ubuy in Myanmar. Ubuy offers a wide range of academic and scientific books, ensuring you can find this title available for delivery. It's a convenient option for obtaining this essential resource if you are looking to expand your knowledge in the intersection of physics and biology.
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Features & Benefits
- Explores the intersection of physics and biological processes.
- Ideal for university graduates and undergraduate students.
- Emphasizes the interconnectedness of different sciences.
- Covers concepts like nonlinearity, equilibrium, and entropy.
- Analyzes metabolism, organism development, and evolution.
- Stimulates critical thinking about life phenomena.
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