Heavy elements are formed in stars through s-process and r-process mechanisms during explosive events.
The Nilsson model explains nuclear deformation, revealing shape evolution and energy levels in nuclei.
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Understanding Alpha Decay in Heavy Nuclei
Alpha decay involves heavy nuclei emitting alpha particles, influencing nuclear stability and decay patterns.
Plasma physics studies ionised gases, enabling applications in fusion energy, industry, and technology.
Indian scientists are conducting neutrino experiments to study coherent scattering and search for sterile neutrinos.
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The Future of Spintronics in Data Storage
Spintronics enhances data storage by using electron spin, promising faster, denser and energy-efficient devices.
Machine learning improves particle identification and event classification accuracy in Large Hadron Collider experiments.
Coin flips follow physics and show a small 51 percent bias toward the starting face.
Researchers analyse molecular collisions in rarefied gas flows to enhance models for various applications.
OnePlus and BOE’s X4 OLED material improves efficiency, lifespan, and performance over previous versions.