This book offers a comprehensive exploration of the latest advancements in optics, photonics, and advanced materials, addressing critical challenges in the field. It delves into the development of optoelectronic materials for optical limiting and switching applications, breakthroughs in photonic materials and devices, and the integration of photonics for miniaturization and scalability. The role of quantum photonics in next-generation technologies is examined, alongside applications in renewable energy and sustainability.
Key topics include advanced optical sensing and imaging technologies, ultrafast and nonlinear photonics, and the generation and detection of terahertz radiation. The book also provides insights into quantum cascade lasers and the development of fiber lasers and amplifiers. Additionally, it explores nanostructured materials, 2D materials, and smart materials poised to revolutionize future technologies.
This book is an essential resource for scientists, engineers, and researchers in materials science, nuclear physics, and photonics. Compiled from the International Conference on Complex Systems, Advanced Materials, and Photonics (IC-ETCMP-2025), it bridges fundamental concepts with real-world applications, offering a roadmap for future discoveries and innovations. Whether you're a seasoned expert or a curious newcomer, this book provides valuable perspectives on the cutting-edge of scientific research.
Nanoscale Phase Separation and Properties of Zrbased Metallic Glasses:
An Overview.- E Waste and Nuclear Contaminants: A Growing Environmental
Crisis.- Stability Analysis of Gaussian Beam in Nonlocal Nonlinear Media.-
Enhanced Sensitivity of Photodetectors with PCBM as Electron Transport
Material and Cz N as Hole Transport Material.- Data Driven Advances in Rare
Earth Substituted Inorganic Phosphors for Solid State Lighting and Display
Applications: A 6G Perspective.- Thermal expansion effects on
quasiphasematched optical parametric oscillators.- Recent Advances in
Nitrogen Vacancy Centers based stimulated emission depletion Microscopy.-
Comprehensive DFT investigation of half metallic Co2YSn (Y=Ru, Rh) Heusler
alloys for advanced green energy and spintronic applications.- Thermally
Induced Structural Transitions in Two Dimensional Confined Coulomb Systems.-
DFT and EDMD Study of H2O, MgO, CH4, and CdS: Multicomponent Insights for
Energy Materials.- Effect of Pressure on Electronic, Optical, and
Photovoltaic Properties of CaZrSe3: a DFT and SCAPS 1D Simulations.- Arrested
Coarsening and Pattern Formation in Active Model B+.- Zinc Sulfide material
for Advanced Optoelectronics Applications.- Current Status and Future
Prospects of High energy laser weapons.- Green Hydrogen in Action: A
Mini-Review on Infrastructure, Feasibility, and Climate Impact.-
Investigation of optical parameters of CaS monolayer structures by hybrid
functional based first principles calculations.- Optical gain and lasing
parameters of a hybrid active region design based terahertz quantum cascade
laser.- Governing Emerging Technologies: Strategic Competition and
Geopolitics in the Age of Photonics and Advanced Materials.- Performance
Evaluation and Prediction of Rice Husk Ash Concrete Properties through ANN
Algorithm.- Geometry Controlled Tunable Terahertz Absorber for Enhanced
Refractive Index Sensing.- Experimental configuration of subterahertz
transmission spectra of GaN two dimensional electron gas.- Structural and
Optical Properties of sol gel synthesized Yb3+ doped divalent metal (Ba, Sr)
orthosilicates nano phosphors.- Temperature dependent dielectric properties
of undoped and doped 8CB.- Defect Engineered SiP Monolayer: A Promising
Catalyst for Nitrogen Electroreduction.- Two Element Compact Ultrawide Band
MIMO with Improved Characteristics for 5G, WLAN and Satellite Applications.-
Kinetics and Optimization of Butyl Valerate Synthesis via Heterogeneous
Catalysis.- Recent Advancements in Perovskite based Tandem Solar Cells.-
Exploration of key Challenges and Features of Quantum Computing.- Smart IoT
AI Greywater Recycling System for Sustainable Water Management in Semi Urban
India.- Tailoring Optical Properties of PVA SiC Nanocomposite Films for
Optoelectronic Applications.- A Mini Review on Nanostructured Solutions for
Sustainable Hydrogen Production and Storage.- Study of fabrication of
terahertz quantum cascade laser.- Investigation of Proton Radiation Damage
Effects in p Fz/n MCz Thin Si Microstrip Detector for Si Tracker of Proton
Computed Tomography System.
Professor Rajesh Sharma had worked as a research scientist at College of Optics and Photonics (CREOL), University of Central Florida, USA. The CREOL is one of the worlds foremost institutions for research and education in optical and photonic science and engineering. Rajesh Sharmas current research project is related to the ultrafast all-optical switching using femtosecond laser pulses. Rajesh Sharma is young and dynamic scientist working in the field of nanotechnology, nonlinear and quantum optics, experimental and theoretical terahertz radiations, and ultra-fast time resolved spectroscopy since last 20 years.
Rajesh Sharma has received various awards such as Young Scientist award for outstanding research contributions in all-optical switching by CREOL, Government of USA, German Research Foundation (DFG) young scientist award, 2011, a young researcher award from French National Centre for scientific Research (CNRS)-2009. Prof. Rajesh Sharma has published about 130 research papers in the peer reviewed Journals and Conferences as well as guided many students for Masters, Ph. D., and postdoctoral research work. Currently, Rajesh Sharma has been working as Associate Professor in the Pure and Applied Physics Department in Guru Ghasidas Vishwavidyalaya (Central University), India.
Professor Luca Varani was born in Carpi (Italy) in 1963. He received the Ph.D. degree in physics from the University of Modena (Italy) in 1993 and the Ph.D. degree in electronics in 1996 from the University of Montpellier (France). He is a full professor of the University of Montpellier and has been head of the research group TeHO (TeraHertz, High-Frequency and Optics) of the Institute of Electronics and Systems (IES). His main research activities are in theoretical and experimental transport phenomena with a special attention to the terahertz frequency range. He has been supervisor of 18 PhD thesis, member of the scientific/advisory committees of 6 international conferences, and chairman of 3 conferences. He is an author/coauthor of about 300 scientific articles in refereed journals and conference proceedings.
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