Modern condensed matter theory increasingly incorporates computational paradigms, with theorists viewing quantum systems as physical entities and computational resources. This dual perspective enriches the field and reshapes its objectives. I am a quantum condensed matter theorist specializing in the quantum simulation of novel phases of matter, focusing on the interplay of topology, disorder, and interactions viewed through the lens of quantum information and non-equilibrium dynamics.

Some current topics

• Quantum phase transitions
• Quantum criticality
• Topological phases
• Quantum Hall physics
• Many-body localization