An invaluable resource for students, researchers, and professionals, this book offers an in-depth understanding of the latest advancements in electrical, electronics, and power engineering. It addresses real-world challenges to empower the next generation of engineers.
Streamline material development. This guide uses case studies to link fabrication parameters with final performance, reducing trial-and-error. Gain essential insights for designing multifunctional structures for engineering, biomedical, and aerospace applications.
Artificial Organs and Bionic Technology
This book explores revolutionary advancements in artificial organs and bionic technology, bridging biology and engineering. Covering cutting-edge innovations, ethical considerations, and AI-driven personalization, it provides a comprehensive guide to the future of human health.
In Search of Artificial Mind and Consciousness
This philosophical and scientific exploration distinguishes between intelligence and mind, asking if we can create an artificial subject with self-awareness and inner experience. It rethinks technological progress: not just creating ‘smart’ machines, but a conscious subject.
Astronomical Imagery
Explore the wonders of the cosmos and Earth’s atmosphere. Discover how telescopes, satellites, and AI reveal the secrets of stars, planets, and weather. Accessible to all curious readers, this book is your window to cosmo-atmospheric wonders where pixels meet physics.
Modeling of Electromagnetic Exposure in Complex Dielectric Structures
Electromagnetic waves from cell phones and 5G are everywhere. This book explores their biological effects on human health, using cutting-edge simulations to analyze temperature distribution in human tissues and shed light on potential risks. A crucial resource on RF safety.
An Introduction to Hadronic Mechanics, Volume I
This book presents hadronic mechanics, a completion of quantum mechanics for describing nuclear, molecular, and biological structures. It applies this theory for the first-known exact representation of nuclear fusion and the possible recycling of nuclear waste.
Laser-induced Breakdown Spectroscopy
This book describes the application of laser-induced breakdown spectroscopy (LIBS) in the geosciences. Using a laser to analyze the chemical composition of rocks, soils, and water, LIBS is a powerful tool for on-site analysis, from handheld analyzers to microscale imaging.
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.
AI For Business
AI is a transformative force reshaping business. This book is your roadmap to integrating AI into your strategy, written by leading experts. It demystifies AI with actionable insights, real-world case studies, and a look at future trends to help you thrive in an AI-driven world.
Emergent Collective Dynamics in Fault Systems
Major earthquakes arise not from isolated ruptures but from system-wide preparatory phases within fault networks. This book presents a new framework, identifying detectable processes and reinterpreting seismic laws to advance foundational models for seismic hazard.
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.
Polymer Science, Nanomaterials and Beyond
Explore the intersections of polymer science and nanotechnology for sustainable solutions to global challenges. This guide covers biodegradable polymers, advanced energy storage, and machine learning in materials research, with applications in biomedicine and renewable energy.
This book offers a roadmap for using prompt engineering and human-AI interaction in healthcare. Learn how to optimize AI to extract insights from patient data, enhancing diagnostic precision and treatment, while ensuring transparent, ethical, and patient-centered care.
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.
Modeling Electromagnetic Exposure in Human Bodies
Electromagnetic waves from cell phones and 5G are everywhere. This book explores their biological effects on human health, using cutting-edge simulations to analyze temperature distribution in human tissues and shed light on potential risks. A crucial resource on RF safety.
Consumer Experience Design in the Metaverse
The Metaverse presents an unprecedented opportunity for brands to engage consumers. This essential guide explores brand marketing in the new digital domain, using real-world case studies to show how to create immersive experiences that deepen consumer connections.
This book explores how deep learning enhances the safety and efficiency of electric energy storage systems. It covers core principles, battery assessment, and real-world applications on the grid and user side. A practical guide for engineers, researchers, and students.
This book applies random process theory to physical and biological research. Using risk and storage processes—little used in physics—it explores the first-passage time, introduces a new statistical distribution, and considers the unstudied effects of entropy changes.
This book has a strong focus on practical applications of Artificial Intelligence and Machine Learning, tested in a real environment. Covering many domains from smart cities to bioinformatics, the presented solutions aim to simplify, but not constrain, daily life.
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