Proceedings of the Fourth International Conference on Advances in Applied Physics and Mathematics
Description
This book provides a comprehensive overview of the latest breakthroughs and research trends in applied physics and mathematics, as presented at the IV International Conference on Advances in Applied Physics and Mathematics-2026. Designed to bridge the gap between theoretical innovation and real-world application, it brings together leading experts to address critical challenges in energy, environment, materials, and computational science. Covering six major topics, this book delves into the application of physics and mathematics in energy systems, highlighting advancements in renewable energy technologies, energy storage, and the optimization of energy networks for greater efficiency and sustainability. It explores environmental physics and mathematical modeling, offering insights into climate dynamics, pollution dispersion, and ecosystem analysis using advanced mathematical and computational tools. The section on applied physics in earth sciences and resource management examines seismic imaging, remote sensing, and the optimization of mineral and water resources, providing essential knowledge for sustainable development. This book also features a dedicated chapter on computational physics and mathematical methods, showcasing state-of-the-art numerical techniques, algorithm development, and high-performance computing for solving complex physical problems, including simulations of fluid dynamics and quantum systems. In the realm of advanced materials, electromagnetic, and optical physics, readers find the latest research on nanomaterials, metamaterials, photonic devices, and plasmonics, with a focus on both experimental and theoretical approaches to material characterization and device fabrication. The final chapter investigates physical phenomena in materials and environmental systems, integrating experimental findings with mathematical modeling to deepen understanding of phase transitions, transport phenomena, and environmental interactions. By addressing pressing scientific and technological issues, this book aims to foster interdisciplinary collaboration and inspire innovative solutions to global challenges.
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Persons
Professor Mirzo Sharipov is an Uzbek physicist and doctor of science (DSc), currently serving as the head of the Physics Department at Bukhara State University. His academic career combines scientific research with leadership in higher education. His research focuses on magneto-optical phenomena, spintronics, and the physics of magnetic materials, particularly rare-earth ferrite garnets and multiferroics. He has made significant contributions to the study of domain structures, phase transitions, and spectroscopic properties of crystals, with applications in modern materials science and advanced functional devices. Professor Sharipov is the author of numerous scientific publications and actively participates in international research collaboration. In addition to his scientific work, he contributes as an editor of academic books and proceedings, supporting the dissemination of high-quality research and strengthening the development of applied physics.
Professor Predrag S. Stanimirovic is a distinguished Serbian mathematician and computer scientist, recognized for his extensive contributions to applied mathematics and computational theory. He has spent his academic career at the University of Nis, Faculty of Sciences and Mathematics, where he serves as a full professor and plays a key role in the development of mathematical and informatics education. His research interests cover a broad spectrum of modern mathematics, including generalized inverses of matrices, optimization methods, numerical analysis, algorithms, and graph theory. He is particularly known for advancing theoretical foundations and practical applications of matrix computations, and dynamical systems, contributing to areas such as engineering, data processing, and computer science. Professor Stanimirovic has authored several hundred scientific publications and collaborated internationally with leading researchers, establishing a strong global academic presence. His work continues to influence contemporary applied mathematics, combining theoretical rigor with interdisciplinary relevance.
Professor Anvar Zakhidov is a prominent Uzbek-American physicist and materials scientist, recognized for his pioneering contributions to nanotechnology and modern condensed matter physics. Born in Tashkent, he built an international scientific career spanning research institutions in Uzbekistan, Japan, Europe, and the United States, later joining the University of Texas at Dallas, where he became a leading figure in nanoscience research. His research focuses on advanced functional nanomaterials, including carbon nanotubes, photonic crystals, perovskite systems, and organic electronic materials, with applications in solar cells, optoelectronic devices, and energy technologies. He has authored hundreds of scientific publications with tens of thousands of citations, reflecting the global impact of his work. Professor Zakhidov is a fellow of the American Physical Society and other scientific organizations, honored for fundamental contributions to the design and understanding of nanoscale materials and devices.
Content
Reliability of Smart Dust Swarm Measurements in a Multi-Agent Cyber-Physical System with a Model Feedback Loop.- Digital Twin and Machine Learning for Optimal Control of Smart Energy Systems.- Theoretical and Practical Foundations for Enhancing the Performance of a Seed Cotton Delinting Machine.- Mathematical Modeling of Temperature-Irradiance Effects for Enhancing Photovoltaic Panel Efficiency.- Physically Consistent Model of Thermal Drift in the Spectral Power Distribution of White Light-Emitting Diodes with Phosphor Conversion of Radiation.- Improving the Performance of Hybrid Journal Bearings by Applying Reinforcement Learning Algorithms to Their Design Procedures.