Stability Principle and the Nature of Quantization
This book shows how quantum phenomena can emerge from classical principles extended to non-inertial frames. Its Stability Principle reinterprets Bell inequality violations, arguing they reflect inherent statistical structure, not fundamental non-locality.
This book presents condensed matter theory in a simple, clear, and convincing picture with a minimum of mathematics. It is for students, researchers, and anyone wanting to understand liquids, solids, and their physical properties and behaviour.
Experimental Techniques for Physics and Engineering Labs
Bridge the gap between theory and real-world application with LabVIEW. This book guides students and practitioners from the basics of graphical programming to advanced automation, with case studies and practical examples based on semiconductor electronic devices.
Adsorption Dynamics
Explore adsorption as a powerful tool for environmental challenges. This guide bridges theory with real-world application, covering fundamentals, advanced materials, and process design for water and air purification. A vital resource for researchers, students, and professionals.
In 1968, Georges Charpak’s revolutionary invention—the Multiwire Proportional Chamber—transformed how physicists explore the subatomic world. This book traces the journey of that breakthrough, a tribute to human ingenuity and a call to future innovators.
This student-friendly textbook provides a clear introduction to statistical physics. It bridges classical and quantum mechanics to explain the collective behavior of complex systems, exploring real-world applications from ideal gases to quantum condensation.
Fundamentals of Quantum and Classical Optics
This clear guide to quantum and classical optics covers fundamental principles like entanglement and cutting-edge topics like quantum engines and label-free super-resolution imaging. It explains how light is used to study and control matter at the smallest scales.
This book offers a clear introduction to digital electronics. Written in simple language, it breaks down complex concepts with diagrams, solved examples, and numerous practice questions for self-assessment. Ideal for students, teachers, and independent study.
Plasma instabilities are a major obstacle in achieving stable confinement in fusion devices. This book combines rigorous analysis with advanced simulations to uncover their dynamics and present practical strategies for mitigation, paving a path toward viable fusion energy.
This collection of research papers exploits optoelectronic methods in food, textile and geo sciences. Some discoveries break new ground, such as the ecology of waterfalls and the colours of clays. The challenge is to build your own apparatus.
This book explores how magnetic reconnection in solar flares accelerates particles. These particles heat the solar atmosphere, launching supersonic shocks into the Sun’s interior and causing the seismic responses on the photosphere known as sunquakes.
Everything You Need to Know About Black Holes
What are black holes? They may hold the key to unifying Einstein’s gravity and quantum mechanics. Are they the final stage of a collapsing star? Or do primordial black holes reveal a different origin? This book presents the latest insights into these enormous challenges.
Explore Boltzmann’s probabilistic theory of heat, covering entropy, the Gibbs distribution, fluctuations, and dissipation. With applications from phase transitions to earthquakes, this book is for students and researchers seeking new ways of investigation in Thermodynamics.
Growing Large Crystals of Diamonds
This guide shows how to grow large CVD diamond crystals for gems and industrial applications. For experts and newcomers, it covers the technology, details difficulties encountered during growth and their resolutions, and explains how to identify CVD diamonds from simulants.
Pyrometers are calibrated for blackbodies (BB), but real objects radiate differently, causing measurement errors. This book proposes original correction methods that account for an object’s radiation spectrum and its temperature dependence to increase the accuracy of pyrometry.
This textbook presents the first systematic exposition of the new X-ray optics. Once limited to electronic density, the X-ray reflectivity method now detects magnetic and electronic depth-profiles. It develops the theory for students, postgraduates, and researchers.
A self-study guide to Solid State Physics for students of Physics, Engineering, and Materials Science. It contains carefully selected problems and detailed solutions, with core concepts presented concisely and with minimal math to help you master problem-solving.
Fractal Fluctuations and Climate Cycles in Atmospheric Flows
This book unveils a systems theory where fractal fluctuations are signatures of quantum-like chaos. Based on statistical physics, the model predicts a distribution that is near-normal for moderate events but exhibits a fat long tail associated with hazardous extreme events.
Explore technology by understanding the fundamental principles of physics. For first-year Engineering and BSc courses, this book uses simple English and illustrations from everyday life to explain core concepts. With simplified derivations, solved problems, exercises, and MCQs.
This lucid analysis of quantum mechanics emphasizes the fundamentals using Dirac’s notation. It explains the latest topics, like Quantum Computing, and features a rich collection of solved examples. This comprehensive text is ideal for graduate and research students in physics.
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