Fundamentals of Physics Through Computation: A Physics-First Laboratory Introduction to Computational Thinking

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· Kamsali Nagaraja
4 reviews
Ebook
96
Pages

About this ebook

Fundamentals of Physics Through Computation: A Physics-First Laboratory Introduction redefines how physics is learned in the modern era by placing computation at the heart of physical understanding. Moving beyond traditional boundaries of theory and experiment, this book empowers students to explore complex physical systems through structured computational thinking. Designed for postgraduate laboratories, it introduces C programming not as an isolated skill, but as a powerful language for expressing physical laws. Through carefully crafted experiments, students learn to transform equations into algorithms and algorithms into working programs. Concepts such as displacement, velocity, and acceleration become dynamic computational models, bridging the gap between mathematics and real-world interpretation. With a strong emphasis on flowcharts, algorithmic clarity, and step-by-step reasoning, the book cultivates a disciplined approach to problem solving. Each exercise encourages learners to think, model, compute, interpret, and mirror the way modern physics is practiced. Ideal for students and educators alike, this volume serves as a gateway to advanced topics including numerical methods, differential equations, and scientific simulation, establishing computation as an essential pillar of physics. 
Fundamentals of Physics Through Computation: A Physics-First Laboratory Introduction redefines how physics is learned in the modern era by placing computation at the heart of physical understanding. Moving beyond traditional boundaries of theory and experiment, this book empowers students to expl...

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Ratings and reviews

4 reviews
Manoj S N
March 26, 2026
One of the key strengths of this manual is its clear and systematic approach. Each experiment is presented with a proper objective, relevant theory, algorithm, and program—usually in simple programming languages like C. This step-by-step structure helps students understand not only the physics concepts but also how to translate them into computational solutions.
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Anusha Ae
March 26, 2026
nice book
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About the author

Dr Kamsali Nagaraja is a Professor of Physics at Bangalore University, India, specializing in atmospheric and computational physics. With extensive experience in teaching, research, and curriculum development, his work focuses on integrating physical concepts with computational methods. He has authored several academic books and research publications, promoting a physics-first approach to computation and advancing modern physics education.

Dr Susheela K L is an Assistant Professor of Physics at Bangalore University, India. Her academic work focuses on materials science and experimental physics, with contributions to glass materials and optical properties. She is actively involved in teaching, research, and collaborative academic initiatives, and has co-authored physics laboratory manuals aimed at strengthening computational and experimental learning. 

Dr Kamsali Nagaraja is a Professor of Physics at Bangalore University, India, specializing in atmospheric and computational physics. With extensive experience in teaching, research, and curriculum development, his work focuses on integrating physical concepts with computational methods. He has au...

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