I'm a PhD student at IIT Mandi, working on non-equilibrium statistical mechanics and stochastic thermodynamics. My research explores how information processing, especially in the context of Landauer erasure, links to heat dissipation. I also develop theoretical and computational models for animal homing behavior.
Optimizing Finite-Time Memory Erasure by Potential Shaping using stochastic thermodynamics principles.
Theoretical frameworks using active Brownian robots to model animal homing behavior and animals navigation strategies.
Transport phenomena in mesoscopic systems using advanced stochastic differential equations.
Modeling quantum amplifiers as heat engines and refrigerators with efficiency analysis.
Synthesis and characterization of nanodiamonds for next-generation quantum technologies.
Quantifying entanglement between quantum systems and path detectors in quantum mechanics.
Passionate physicist exploring stochastic dynamics and computational physics. Currently pursuing Ph.D. research at IIT Mandi with focus on theoretical physics and complex systems.
Research focus on non-equilibrium statistical mechanics, stochastic thermodynamics, and information theory applications in biological systems.
Specialized in quantum mechanics, statistical physics, and solid state physics with excellent academic performance.
Foundation in classical physics, quantum mechanics, and mathematical methods with honors degree.
Want to collaborate on research or discuss physics? I'm always open to interesting conversations and opportunities.
• Statistical Mechanics
• Stochastic Thermodynamics
• Information Theory
• Active Matter Systems
• Quantum Technologies