Molecular Dynamics simulation revolutionises drug discovery by providing dynamic insights into protein-ligand interactions.
Category: Physics
Researchers explore high-temperature superconductivity in hydrides and twisted materials, aiming for practical applications.
Scientists study strongly correlated systems, revealing complex behaviours with potential for groundbreaking technologies.
Scientists explore topological phases in quantum materials, enhancing technologies like quantum computing and spintronics.
Low-cost physics experiments using local materials enhance practical science education in rural schools.
Researchers improve wireless power transmission efficiency by optimising coil designs and configurations.
Scientists examine solar activity’s effects on Earth’s climate, noting its limited role in recent changes.
DFT is a computational method enabling efficient analysis of electronic properties in new materials.
Machine learning significantly enhances data analysis and anomaly detection in high-energy physics and lattice QCD.
AI enhances physics research by solving equations, revealing symmetries, and accelerating scientific discovery.