Gibbs Measures in Biology and Physics: The Potts Model
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Gibbs Measures in Biology and Physics: The Potts Model
Gibbs Measures in Biology and Physics: The Potts Model is a comprehensive and interdisciplinary exploration of one of the most significant models in statistical mechanics — the Potts model — and its powerful applications across biological, physical, and computational systems. Written by leading experts in mathematical physics, biophysics, and probability theory, this book provides an in-depth look at how Gibbs measures describe complex systems where order, randomness, and interaction coexist.
The text bridges theoretical frameworks and real-world phenomena, showing how the Potts model, a generalization of the Ising model, is used to study phase transitions, population dynamics, neural networks, and genetic regulation. It highlights the model’s versatility in both physics (magnetism, materials, critical phenomena) and biology (protein folding, gene expression, and evolutionary processes).
Key Features:
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Comprehensive Theoretical Coverage: Explains Gibbs measures, Markov random fields, and statistical mechanics principles in an accessible and rigorous manner.
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Focus on the Potts Model: Discusses the mathematical structure, thermodynamic properties, and computational aspects of the Potts model in detail.
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Interdisciplinary Applications: Demonstrates how the model applies to problems in biophysics, systems biology, neural modeling, and data clustering.
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Mathematical Rigor with Practical Insight: Balances formal derivations with biological and physical case studies to connect theory with application.
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Advanced Research Perspective: Covers recent developments in probabilistic modeling, phase transition theory, and computational simulations.
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Illustrative Examples and Figures: Includes visual explanations, conceptual diagrams, and analytical solutions for better understanding.
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Ideal for Multiple Disciplines: Designed for physicists, mathematicians, biologists, computer scientists, and researchers interested in the intersection of quantitative biology and statistical physics.
Gibbs Measures in Biology and Physics: The Potts Model
Gibbs Measures in Biology and Physics: The Potts Model is a comprehensive and interdisciplinary exploration of one of the most significant models in statistical mechanics — the Potts model — and its powerful applications across biological, physical, and computational systems. Written by leading experts in mathematical physics, biophysics, and probability theory, this book provides an in-depth look at how Gibbs measures describe complex systems where order, randomness, and interaction coexist.
The text bridges theoretical frameworks and real-world phenomena, showing how the Potts model, a generalization of the Ising model, is used to study phase transitions, population dynamics, neural networks, and genetic regulation. It highlights the model’s versatility in both physics (magnetism, materials, critical phenomena) and biology (protein folding, gene expression, and evolutionary processes).
Key Features:
-
Comprehensive Theoretical Coverage: Explains Gibbs measures, Markov random fields, and statistical mechanics principles in an accessible and rigorous manner.
-
Focus on the Potts Model: Discusses the mathematical structure, thermodynamic properties, and computational aspects of the Potts model in detail.
-
Interdisciplinary Applications: Demonstrates how the model applies to problems in biophysics, systems biology, neural modeling, and data clustering.
-
Mathematical Rigor with Practical Insight: Balances formal derivations with biological and physical case studies to connect theory with application.
-
Advanced Research Perspective: Covers recent developments in probabilistic modeling, phase transition theory, and computational simulations.
-
Illustrative Examples and Figures: Includes visual explanations, conceptual diagrams, and analytical solutions for better understanding.
-
Ideal for Multiple Disciplines: Designed for physicists, mathematicians, biologists, computer scientists, and researchers interested in the intersection of quantitative biology and statistical physics.
Why This Book Is Essential:
The Potts model and Gibbs measures provide the foundation for understanding collective behavior in complex systems — from magnetic materials to biological cell populations. Gibbs Measures in Biology and Physics: The Potts Model delivers a unified perspective that connects mathematical modeling, physical theory, and biological complexity. Whether you are a researcher studying phase transitions, a computational biologist modeling genetic networks, or a student exploring applied statistical mechanics, this book serves as an invaluable academic and research reference.
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| Print Quailty | Black & White Print, Colour Matt Finshed |
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