@nsf.gov
Professor
National Science Foundation
“Advancing Sustainable Energy Through Quantum Material Innovation” focuses on leveraging quantum materials to enhance sustainable energy solutions. Quantum computing and artificial intelligence are emerging as powerful tools for optimizing renewable energy systems, improving energy storage, and designing new materials. For instance, quantum simulations can model atomic structures to identify compounds with high energy storage potential, crucial for renewable energy storage. Additionally, quantum materials like perovskite quantum dots are showing promise in developing more efficient solar cells and LEDs. These innovations aim to address the intermittency of renewable energy sources and improve overall energy efficiency, contributing to a sustainable future.
The book will bring to light the state-of-the-art in the field of Quantum Computing and AI and the future research directions in Quantum driven AI. The book will promote creation of multi-disciplinary research teams to advance the innovation and development of the Next Generation of Quantum Enhancements in the AI Industry. The book will make significant impact on research community, and the AI industry and business practitioners in the nation and worldwide.
Given the current advances in the field of Fast Internet, Smart Computation and AI, proper Cyber Security Mechanisms are essential in securing Cyber Critical Infrastructures, Big Data Centers, Businesses, Industries and Governments worldwide. This Special Issue will present up-to-date cutting-edge research in the field of Cyber Security Mechanisms and Services, AI and Ultra Smart Computational Devices as tools to create a safe and secure cyberspace. The papers published in the Special Issue will be peer reviewed and indexed in the Scopus and Web of Science Databases. The Special Issue will promote the creation of global, multidisciplinary research consortiums to help us work together.
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index