Exploring the quantum nature of spacetime and gravity
I am a theoretical physicist with expertise in quantum gravity, quantum information, and many-body physics. My research focuses on understanding the fundamental nature of spacetime and gravity through the lens of quantum mechanics.
Previously, I served as an Assistant Professor at the National Institute of Technology Karnataka (2013-2023) and as a Visiting Associate at the Inter-University Center for Astronomy and Astrophysics (IUCAA).
My work bridges multiple theoretical frameworks, particularly Loop Quantum Gravity and String Theory, seeking a unified understanding of quantum geometry.
Investigating the quantum nature of spacetime and developing frameworks to understand gravity at the quantum level.
Exploring how collective behaviors in many-body systems can inform our understanding of spacetime geometries.
Applying principles of quantum information theory to fundamental questions in quantum gravity.
Studying the thermodynamic properties of black holes in anti-deSitter space and their microscopic origins.
International Journal of Modern Physics A, 2022
European Physical Journal C, 2022
XXIII DAE High Energy Physics Symposium, 2021
With over ten years of teaching experience, I have developed and taught courses at both undergraduate and graduate levels, including specialized courses on General Relativity and Quantum Computation.
My YouTube channel features over 320 lectures on topics ranging from quantum mechanics to relativistic physics, reaching thousands of students worldwide.
Exploring how recent work on tensor networks relates to the long-established framework of Loop Quantum Gravity.
Read MoreOutlining the essential requirements that any viable theory of quantum gravity must satisfy.
Read MoreExamining the relationship between computational complexity and the emergence of classical reality from quantum physics.
Read MoreI maintain several open-source projects related to quantum physics simulations, computational tools, and educational resources.
Connecting Loop Quantum Gravity and String Theory via Quantum Geometry
View RepositoryI'm always interested in collaborations, discussions, and opportunities related to quantum gravity, quantum information, and physics education.