Andrea Legramandi

Andrea Legramandi serves as a Research Fellow in the Department of Physics at the University of Trento, Italy, focusing on cutting-edge theoretical research in high energy physics and quantum gravity frameworks. His work bridges mathematical physics with holographic principles to explore fundamental spacetime structures.

Legramandi's research spans Theoretical Physics, High Energy Physics, and Quantum Gravity, with specific expertise in $$\text{AdS}/\text{CFT}$$ correspondence, black hole evaporation dynamics, and geometric structures of near-horizon geometries. He investigates matrix model applications to quiver gauge theories across dimensions, contributing to the understanding of holographic dualities and quantum information aspects in gravitational systems.

Analysis of his 2023 publications reveals concentrated exploration of holographic mappings for evaporating black holes, $$G$$-structure applications to black hole horizons, and mass deformation effects in $$5\text{d}$$/$$3\text{d}$$ quiver theories alongside $$\text{AdS}_6/\text{CFT}_5$$ massive flows. These studies collectively advance the holographic paradigm in quantum gravity through rigorous mathematical frameworks.

No scientific awards, student advising relationships, or research grant details are documented in the available information.