Energy Transport across Conformal Interfaces via Holography

Explore energy transport phenomena across conformal interfaces through the lens of holographic methods in this academic seminar. Delve into the theoretical framework connecting quantum field theory with gravitational duality to understand how energy flows across boundaries in conformal field theories. Examine the holographic approach to studying transport properties at interfaces, investigating the dual gravitational description of boundary effects in strongly coupled quantum systems. Learn about the mathematical techniques used to model conformal interfaces and their energy transport characteristics using AdS/CFT correspondence. Discover how holographic methods provide insights into non-equilibrium dynamics and transport coefficients in systems with boundaries, impurities, and defects. Gain understanding of the interplay between geometry and physics in holographic models, particularly focusing on how bulk gravitational dynamics encode boundary transport phenomena. This presentation forms part of a broader program examining quantum field theory with boundaries, impurities, and defects, offering advanced perspectives on theoretical physics applications in condensed matter and high-energy physics contexts.