7 New Nuclear Physics Books Reshaping the Field in 2025

Driss Bouabidi’s workbook dives straight into the heart of nuclear physics with 297 exercises that sharpen your grasp on nuclear reactions, disintegration, mass, and binding energy. This isn't a casual overview; it’s an intensive drill designed to solidify your theoretical understanding through practical problem-solving. If you’re a student or anyone seeking to deepen your mastery of nuclear physics concepts, the detailed answer key lets you check your work and refine your approach. Chapters systematically tackle complex ideas like nuclear mass differences and energy calculations, making it useful for reinforcing coursework or self-study. However, if you're looking for broad conceptual narratives or historical context, this focused practice book might feel narrowly specialized.

Kingsley Augustine's background in physics education shines through in this approachable guide designed for high school and college students. You won't find jargon here; instead, the book breaks down nuclear physics and heat energy calculations into manageable steps, supported by solved problems and exercises with answers to test your understanding. You learn to handle topics like radioactive decay, nuclear reactions, and thermal conductivity with clarity that builds your problem-solving confidence. This book suits you if you're starting out in physics or preparing for higher education, providing a solid foundation without assuming prior expertise.

This tailored book explores the revolutionary advances of nuclear physics in 2025, focusing on your unique knowledge level and scientific interests. It examines recent discoveries in nuclear reactions, particle behavior, and energy applications, providing a personalized journey through the most current developments. By concentrating on topics that match your background and goals, the book offers a focused learning experience designed to deepen your understanding of emerging research and experimental breakthroughs. This personalized approach ensures you engage with content that reflects the latest progress in the field, helping you stay ahead in a rapidly evolving scientific landscape.

Kingsley Augustine challenges the conventional wisdom that nuclear physics calculations require advanced prior knowledge by offering a clear, self-teaching guide focused on foundational concepts like photo-electricity, radioactivity, and nuclear reactions. You’ll learn to navigate complex problems step-by-step, gaining skills in calculating binding energy, half-lives, and energy from fusion and fission reactions without feeling overwhelmed. The book’s exercises at the end of each chapter let you test your understanding immediately, making it ideal if you’re preparing for higher education or want a solid refresher. While it doesn’t dive into cutting-edge nuclear physics research, it equips you with essential calculation techniques for mastering the basics confidently.

What if everything you knew about atomic and nuclear structure was reconsidered through a self-teaching lens? Sterling Education designed this guide to help you independently grasp complex physics concepts, from electron configurations to nuclear interactions, without overwhelming jargon. You'll explore foundational principles alongside illustrative problems that sharpen your analytical skills, making it ideal for those aiming to solidify their understanding or prepare for advanced studies. While it presumes some physics background, the clear explanations and structured approach make it accessible for self-motivated learners curious about the atomic nucleus and its behavior.

After analyzing the evolving landscape of atomic science, V T Sreekumar developed this concise guide to navigate nuclear physics from its foundational discoveries to modern breakthroughs. You’ll examine nuclear fission and fusion processes, explore exotic nuclear phenomena, and understand how nuclear technology intersects with medicine and industry. The book also tackles weighty issues like nuclear safety, non-proliferation, and environmental impact, offering nuanced insights rather than simplistic narratives. If you're aiming to grasp both the scientific principles and societal challenges around nuclear power, this compact volume provides a clear, focused path without overwhelming detail.

This tailored book explores the rapidly evolving landscape of nuclear physics as it stands in 2025, focusing on recent breakthroughs and emerging research tailored to your specific interests and background. It reveals the latest developments in nuclear reactions, reactor kinetics, and atomic structure, providing a personalized guide that matches your unique goals. By zeroing in on topics you care about, it fosters a deeper understanding of cutting-edge discoveries, helping you engage with the forefront of the field. This approach ensures you stay ahead by concentrating on knowledge that directly supports your aspirations in nuclear physics.

This book offers a focused exploration into nuclear physics and reactor kinetics, crafted by PS Publishing, a name recognized for its dedication to scientific and engineering topics. It dives into the principles underpinning nuclear reactions and the dynamic behavior of reactors, providing you with detailed insights into reactor control, neutron life cycles, and kinetics equations. The concise 109-page format means it gets right to the core concepts without unnecessary detours. If you’re involved in nuclear engineering or seeking a strong foundational understanding of reactor physics, this book aligns well with your goals, though it’s more technical than introductory.

After analyzing the latest educational approaches in nuclear engineering, Supathorn Phongikaroon developed this book as a comprehensive study guide tailored for first-year undergraduates and graduate students. It walks you through foundational topics, starting with atomic and nuclear models, progressing to nuclear energetics, radioactivity, and binary nuclear reactions including basic fusion. You’ll find detailed explanations of radiation interactions with matter and practical insights into reactor physics, fuel cycles, and radiation hazard assessments. The chapters balance theory with practice by including examples, problems with solutions, and assessments, making it a solid resource if you're aiming to build a strong conceptual and applied understanding in nuclear engineering.