[Dec. 2022] I am speaking at an international workshop on A Quantum Many-body Handshake: Theory and Simulation meet Experiment, organized by the Weizmann Institute of Science, Israel.

[Oct. 2022] A proof-of-principle theoretical demonstration for a direct continuous quantum phase transition from a symmetry preserving metal to a Wigner-Mott insulator.

[Oct. 2022] Check out my candid conversation with Cornell research to get a glimpse into what our group has been working on!

[Sep. 2022] Review article describing a new approach for studying non-Fermi liquids and strange metals appears in Reviews of Modern Physics. 

[Aug. 2022] Paper analyzing the validity of heuristic upper bounds on superconducting transition temperatures, and their violations, appears in npj Quantum Materials.

[Aug. 2022] I am speaking at an international conference on Strongly correlated matter: From quantum criticality to flat bands, organized by ICTP and the University of Minnesota in Trieste, Italy.

[July 2022] I am speaking at CT.QMAT22, an international conference on Complexity and Topology in Quantum Matter, organized by the Würzburg-Dresden Cluster of Excellence in  Würzburg, Germany.

[Sep. 2021] Paper studying the role of filling-dependent renormalizations on pairing tendencies in twisted bilayer graphene appears in npj Quantum Materials.

[Sep. 2021] Paper with the Mak-Shan group on studying a continuous Mott transition in half-filled moiré superlattices appears in Nature.

[June 2021] I received a BSF research grant ("Simulating exotic magnetism and superconductivity in hybrid quantum materials") in collaboration with J. Ruhman, Bar-Ilan University.

[June 2021] Pairing in twisted bilayer graphene gets a boost from umklapp processes.

[May 2021] A new route to bad metallic behavior in geometrically frustrated models.

[Nov. 2020] I am speaking at the (virtual) SPICE workshop on Coherent order and transport in spin-active systems: Interplay between magnetism and superconductivity, organized by the Johannes Gutenberg University in Mainz, Germany.

[Nov. 2020] An unbiased, non-perturbative demonstration of strong-coupling superconductivity with a transition temperature scaling linearly with the interaction strength in a topological "flat-band" model.

[June 2020] A new framework for describing "deconfined" metal-insulator transitions. 

[June 2020] I wrote a review article for a special issue in Annals of Physics, dedicated to Gerasim Eliashberg on the occasion of his 90th birthday.

[Feb. 2020] My paper with the Jarillo-Herrero group on characterizing transport properties of magic-angle graphene has just appeared in Physical Review Letters. See the accompanying Physics viewpoint article by Subir Sachdev.