The Theoretical Physics Frontiers session explores the fundamental principles and mathematical structures underlying the physical universe. It brings together leading physicists and mathematicians to discuss advances in quantum field theory, relativity, cosmology, and unified frameworks that aim to reconcile the forces of nature.
This session emphasizes conceptual innovation, rigorous modeling, and cross-disciplinary connections- linking quantum theory, gravitation, geometry, and information. Topics include string theory, quantum gravity, particle physics, field symmetries, black hole physics, and the mathematics of spacetime.
Participants will engage in discussions on emerging paradigms in theoretical and mathematical physics, exploring new approaches to quantum foundations, spacetime structure, and information theory, as well as computational and data-driven modeling of fundamental physical systems.
The session aims to bridge theory with experiment and computation, highlighting the evolving landscape of modern physics through mathematical precision and creative theoretical insight.