String theory and particle physics probe the fundamental structure of the universe, seeking to unify the forces of nature under a coherent framework. This session will cover string theory models, particle interactions, high-energy physics experiments, and theoretical advancements in unifying quantum mechanics with general relativity.
Speakers are invited to present novel theoretical approaches, experimental validations, and computational techniques in particle physics, including topics like supersymmetry, brane theory, and collider results. Discussions may also highlight the interplay between mathematics and fundamental physics, offering deeper insights into the universe?s underlying fabric.
Attendees will gain a comprehensive understanding of cutting-edge research in high-energy physics, insights into ongoing and future experiments, and exposure to collaborative opportunities that integrate mathematical formalism with physical observations.