Edwin Huang

Edwin Huang is an Assistant Professor in the Department of Physics & Astronomy at the University of Notre Dame. His research focuses on studying emergent properties of strongly correlated quantum materials using large-scale numerical and analytical techniques, with a particular emphasis on model calculations and experimental spectroscopy comparisons.

Education:

• PhD in Physics, Stanford University, 2019
• B.A. in Physics and B.A. in Statistics, UC Berkeley, 2013

Research Interests: Huang’s work explores phenomena such as charge and spin density waves, superconductivity, and antiferromagnetic correlations in quantum materials. He employs advanced computational methods like determinantal quantum Monte Carlo and cluster perturbation theory to analyze systems such as the Hubbard model, cuprates, and nickelates. His research bridges theoretical predictions with experimental observations, particularly in understanding strange metallicity and the breakdown of conventional quasiparticle descriptions.

Articles Trends: Recent publications highlight studies on charge susceptibility in topological models, fluctuating stripe order in Hubbard systems, and thermodynamic properties of doped Mott insulators. His work often addresses the interplay of symmetry breaking, electronic correlations, and emergent phenomena in strongly correlated systems.

Advising & Grants: No formal advisees or grant details are listed in the provided text.

Labs/Teams: While not explicitly mentioned, his research likely involves collaborations with experimental groups and computational physics teams focusing on quantum materials.