Engineering Emergent Correlated States with Complex Quantum Materials

New electronic states often emerge at atomically clean interfaces between parent states hosted in distinct crystalline lattices. Yet some of the most interesting strongly correlated parent states exist only in complex materials which are difficult to handle.

TBD

Emergent Orbital Correlations and the Hidden Role of Jahn-Teller Physics in Spin-Orbit Coupled Systems

Ancilla Theory of Mott Physics: from Cuprate to Twisted Bilayer Graphene

Overcoming Thermal Fluctuations Requires Large Energetic Costs for Electrical Signaling in Neurons

Creating and Detecting Weyl Bosons with Ultracold Fermi Atoms

Spring 2025 Bethe Lecture Series- LASSP Special Seminar:

Professor Shahal Ilani, Department of Condensed Matter Physics, Weizmann Institute of Science

Title: What Is the Ultimate Conductance of Hydrodynamic Electrons?

Abstract:

Nonlinear Hall Effect from Spin-Valley Locking and Nonreciprocal Hall Effect via Asymmetric Scattering at Room Temperature

Order from Disorder: Designing Sequence-Programmable Protein Condensates

Discovering Model Manifolds of Emergent Function from High-Dimensional Data