Shaffique Adam

Shaffique Adam is a Professor of Physics at Washington University, specializing in condensed matter theory with a focus on 2D materials, moiré materials, superconductivity, and electron hydrodynamics. His research explores the interplay of quantum mechanics, material imperfections, and electron interactions in advanced materials like graphene and twisted bilayer systems. He is affiliated with the Center for Quantum Leaps and holds a PhD from Cornell University.

His research interests include understanding electronic behavior in low-dimensional materials, particularly through theoretical frameworks addressing hydrodynamic electron flow, many-body localization, and correlated electronic states. Notable contributions include studies on magic-angle twisted bilayer graphene, superconductivity mechanisms, and the role of Coulomb interactions in Dirac materials.

Dr. Adam has published extensively in top journals such as Science, Nature, and Nature Physics, with over 100 peer-reviewed articles. His work bridges theoretical predictions with experimental observations, often focusing on moiré heterostructures and their emergent properties. Key areas include the interplay of lattice relaxation, electronic viscosity, and quantum phase transitions in layered systems.

He leads research at Washington University’s Department of Physics, contributing to both fundamental and applied aspects of quantum materials science.