Giuseppe Di Giulio Postdoktor

My research lies at the intersection of quantum information, condensed matter, and high-energy physics, exploiting the synergies among these fields to advance our understanding of entanglement, many-body physics, and quantum gravity. I am interested in how quantum information and quantum correlations are encoded in quantum systems and how they influence their physical behaviors. To investigate these aspects, I exploit analytical methods from quantum field theories and solvable lattice models. 

In addition to techniques borrowed from quantum many-body physics, I often take inspiration from questions arising in the context of quantum gravity, studied through the lens of the AdS/CFT correspondence. The recently drawn insightful connections between holography and quantum information bridge the distinct areas of my research interests. I am intrigued by what we can learn about quantum gravity through many-body systems or whether holography can suggest insights into quantum matter.

Papers on topics I am working on:

de Boer, GDG, Keski-Vakkuri, Tonni, Continuous majorization in quantum phase space with Wigner negativity, ArXiv:2412.19698 

Basteiro, GDG, Erdmenger, Xian, Entanglement in Interacting Majorana Chains and Transitions of von Neumann Algebras, Phys.Rev.Lett. 132 (2024) 16, 161604

GDG, Meyer, Northe, Scheppach, Zhao, On the boundary conformal field theory approach to symmetry-resolved entanglement, SciPost Phys.Core 6 (2023) 049

List of publications: Google Scholar, Inspire