From Quantum Fields to Condensed Matter

- Zahid Hasan: Topological Phases in Natural & Artificial Materials
- Leonid Glazman: Topology of the Fermi surface wavefunctions and magnetic oscillations in metals
- Michel Gingras: Spin ice thin films: a platform for the study of geometrically-confined strongly correlated systems described by an emergent gauge theory
- Fiona Burnell: Criticality in topologically ordered systems: a case study
- Lukasz Fidkowski: Symmetry Protected Phases of Fermions
- Maissam Barkeshli: Time-reversal and reflection symmetry in 2+1 dimensional topological phases

- Subir Sachdev: New Horizons in Quantum Matter
- Nai Phuan Ong: Experimental Condensed Matter Physics meets Relativistic Quantum Field Theory - some recent examples

- Vedika Khemani: Many-Body Localized Phases and Phase Transitions
- Tarun Grover: Universal Aspects of Eigenstate Thermalization
- Brian Swingle: Emergence of Causality
- Monika Schleier-Smith: Scrambling Quantum Information in Cold Atoms with Light
- Michael Blake: Diffusion and Chaos in Quantum Matter

- Andrew Mackenzie: Experiments on electron hydrodynamics with and without applied magnetic fields
- Aharon Kapitulnik: Thermal Diffusivity in Bad Metals: Metals in which the quasiparticle picture fails
- Sean Hartnoll: An Upper Bound on Transport
- Boris Spivak: Semi-quantum liquids
- Andrew Lucas: Kinetic theory of transport for inhomogeneous electron fluids
- Richard Davison: Anomalies and thermoelectric transport in a hydrodynamic theory of Weyl semi-metals
- Vadim Oganesyan: Anomalous transport in spin 1/2 chains: AC conductivity

- Jacobus Verbaarschot: Spectra and Chaos in the SYK Model
- Herman Verlinde: A 2D Perspective on the SYK model
- John McGreevy: Strange metal from local quantum chaos
- T. Senthil: Duality in condensed matter physics
- Chong Wang: Emergent Particle-hole Symmetry in Composite Fermi Liquids
- Max Metlitski: Deconfined quantum critical points: symmetries and dualities