Colliding Surface Waves and Novel Mechanisms of Laser Energy Absorption by Plasma

Explore a compelling physics seminar where Professor Amita Das from the Indian Institute of Technology delves into novel mechanisms of laser energy absorption by plasma. Learn about groundbreaking research on colliding surface waves and their role in energetic electron production through plasma micro globules. Discover how strong magnetic fields can facilitate direct laser energy transfer to heavier ion species, with significant implications for fusion applications. Gain insights into how plasmas overcome low collisional resistivity at high temperatures through innovative energy transfer mechanisms, demonstrated through Particle-In-Cell (PIC) simulation studies. Part of the Anti-diffusive dynamics series exploring phenomena from sub-cellular to astrophysical scales, this 75-minute presentation at the Isaac Newton Institute offers valuable perspectives on cutting-edge plasma physics research.