Sudhangshu’s Engineering Physics for JIS Institutes (PH101/PH201; Based on R25 Syllabus)

It gives me immense pleasure to present Sudhangshu’s Engineering Physics for JIS Institutes to the enthusiastic first-semester B.Tech. Students like CSE CST AI&ML IT IOTCSBS CE ME ECE ECS EE etc streams. This book has been carefully tailored to meet the curriculum requirements and provide a comprehensive yet concise introduction to the fundamental topics in Engineering Physics.The purpose of this volume is to bridge the gap between theoretical physics and its engineering applications. Each chapter has been crafted to provide clarity on fundamental concepts mathematical formulations and real-world applications ensuring a strong foundation for students in their journey of engineering education.The book covers the following chapters:1. LASER: Discusses the principles of light amplification types of lasers and their vast engineering applications.2. Optical Fiber: Explains the working principles of optical fibers and their crucial role in modern communication technologies.3. Holography: Introduces the fascinating technique of recording and reconstructing three-dimensional images.4. Basics of Crystal Structure: Provides an understanding of crystalline materials their structures and relevance in engineering.5. Basics of Semiconductor Physics: Explores the physics of semiconductors their properties and their critical role in modern electronics.6. Storage and Display Devices: Delves into the working principles and advancements in data storage and display technologies.7. Science of Nano-materials: Highlights the unique properties of nano-materials and their potential to revolutionize industries.8. Quantum Mechanics: Introduces the foundational principles of quantum mechanics essential for modern scientific and engineering applications.9. Statistical Mechanics: Explains the statistical basis of thermodynamics and its role in understanding macroscopic phenomena from microscopic principles.Key features of this book include:• Clear and concise explanations of theoretical concepts.• Detailed derivations and mathematical treatment of key principles.• Illustrative diagrams to support visualization and comprehension.• Practical examples and applications relevant to engineering domains.• A balanced approach to theory and problem-solving.I am confident that this book will serve as a valuable resource for students providing a strong foundation in Engineering Physics and inspiring them to explore further in their respective fields. Suggestions for improvement are always welcome and will be duly incorporated in subsequent editions.