(PDF)Physical Models of Living Systems: Probability, Simulation, Dynamics 2nd
by Philip Nelson
Key Highlights
- •Updated 2nd Edition reflecting current biophysics understanding.
- •Focuses on probability, simulation, and dynamics in living systems.
- •Connects fundamental physics principles to concrete biological examples.
Description
Ready to explore the fascinating intersection of physics and biology? Dive into Physical Models of Living Systems: Probability, Simulation, Dynamics 2nd Edition by Philip Nelson! This updated biophysics textbook is your guide to understanding the physical principles that govern life itself. If you've ever wonder how random motion powers tiny cellular machines or how we can model complex biological processes, this book has the answers.
Who is this book for? It's designed primarily for advanced undergraduate or graduate student in physics, biophysics, or related fields like bioengineering. However, motivated biologists with a quantitative bent will also find it incredibly valuable. If you're a researcher looking to apply physical modeling techniques to your work, this is a great resource too.
What problem does this book solve? It bridges the often intimidating gap between the abstract world of physics (think statistical mechanics, dynamics) and the messy, complex reality of living organisms. Do you struggle to see how fundamental physical laws apply to cells, DNA, and proteins? This book show you how, focusing on probability, computer simulation, and dynamics as key tools for understanding biological phenomena. It helps demystify quantitative biology.
What will you gain from reading it? You'll learn how to build and interpret physical models of biological systems. You'll master techniques involving probability theory (like random walks and diffusion), understand the power of computational simulation for exploring biological dynamics, and see how these methods unlock insights into everything from molecular motors to neural signaling. Expect plenty of real-world examples and problems to solidify your understanding.
Why is it worth reading? This second edition is updated and refined, reflecting the latest advances in the field. Philip Nelson is a renowned educator known for his clear explanations. The book skillfully blends theoretical concepts with practical applications and computational methods, making it a uniquely comprehensive resource. It's not just theory; it equips you with the skills to actually do biophysics. Get your PDF copy today and start modeling the machinery of life!
FAQ
Is this book suitable for someone with only a biology background?
While challenging, motivated biologists with some quantitative background can benefit. The book aims to be accessible, but familiarity with calculus and basic physics concepts is definately helpful.
What kind of math or physics background is assumed?
A solid undergraduate foundation in physics (mechanics, some thermo/stat mech) and calculus is generally expected for a smooth read.
Does the book include code examples for the simulations?
The book focuses on the concepts and techniques of simulation. While it might not provide extensive ready-to-run code, it explains the principles needed to implement these simulations, often using pseudocode or referencing common tools.
What's new or different in the 2nd edition compared to the first?
The second edition typically includes updated examples, refined explanations based on feedback, possibly new sections on recent developments in biophysics, and corrected errata from teh first edition.
Can I use this book for self-study?
Absolutly! While designed potentially for courses, the clear explanations, examples, and problems make it suitable for self-learners interested in quantitative biology and biophysics.
Does it cover specific biological systems in detail?
It uses various biological examples (like molecular motors, ion channels, DNA mechanics) to illustrate the physical principles and modeling techniques, rather than providing exhaustive detail on any single system.
Reader Reviews
About the Author
Philip Nelson is a Professor of Physics at the University of Pennsylvania. He is widely recognized for his contributions to biological physics and his exceptional ability to make complex topics accessible. His textbooks, including this one, are highly regarded and used in universities worldwide, helping train the next generation of quantitative biologists and biophysicists.