Emerging Trends in Applied Physics and Materials Science

Emerging Trends in Applied Physics and Materials Science is an edited academic volume presenting recent developments, emerging concepts, and innovative applications in applied physics and advanced materials. The book brings together contributions covering nanomaterials, nanostructured and functional materials, semiconductor technologies, optical and magnetic materials, energy generation and storage, sensors and biosensors, and sustainable materials. It also explores computational modelling, simulation techniques, artificial intelligence and machine learning in materials research, quantum materials, nanoscale phenomena, and modern characterization methods. Emphasis is placed on the relationship between fundamental physical principles, material properties, technological innovation, and practical applications. The volume aims to provide researchers, faculty members, postgraduate students, and advanced undergraduate students with an interdisciplinary overview of current research directions and emerging technologies. It also highlights contemporary challenges, future research opportunities, and the potential applications of advanced materials in energy, electronics, healthcare, environmental protection, and other rapidly developing technological fields. Sub Topic 1. Nanomaterials: Synthesis, Properties and Emerging Applications 2. Advanced Functional Materials for Modern Technologies 3. 2D Materials and Their Electronic, Optical and Mechanical Properties 4. Semiconductor Materials and Next-Generation Electronic Devices 5. Smart Materials and Intelligent Functional Systems 6. Advanced Materials for Solar Energy Conversion and Photovoltaic Applications 7. Energy Storage Materials: Batteries, Supercapacitors and Beyond 8. Hydrogen Energy and Materials for Sustainable Energy Technologies 9. Magnetic, Ferroelectric and Multiferroic Materials 10. Optical and Photonic Materials: Recent Developments and Applications 11. Sensors and Biosensors Based on Advanced Materials 12. Computational Materials Science and Machine Learning in Physics 13. Quantum Materials and Emerging Quantum Technologies 14. Materials for Environmental Remediation and Sustainable Technologies 15. Advanced Characterization Techniques for Materials Science