Condensed matter physics (liquid state and solid state physics)

Fractons.... An Elementary Introductionby Vijay B Shenoy

Andrei Bernevig: Progress Report on Superconductivity

Ankur Moitra - Transitions in Quantum Spin Systems - IPAM at UCLA

Nonlinear Hall Effects by Amit Agarwal

Composite Fermions: A Unified Framework for Topological Matter in 2D by Jainendra Jain

Superconductivity and the Fractional Quantum (Anomalous) Hall Effect by T. Senthil

BIMR Seminar - Dr. James Lebeau - Imaging Dynamics and 3D Complexity in Functional Oxides via Operan

Dr. Jesper Jacobsen | Exact valence bond entanglement entropy in the XXZ and related spin chains

Xinping Yang | Non-invertible SPTs: an on-site realization of (1+1)d anomaly-free fusion cate...

The use of lattice topological defects - Paul FENDLEY

Ryotaro Arita: From Equations to Superconductors: Matter Under Pressure (November 12, 2025)

Quantum Materials and Nano Fabrication with Javad Shabani

Dr. (Theodore) Daniel Brennan | Consequences of Symmetry Fractionalization

[JC] Non-equilibrium Quasiparticle Density and Equilibrium Distribution Coexistence in SC Qubits.

Prof. Clement Delcamp | Non-invertible symmetries in one-dimensional quantum lattice models

Lilia Boeri: Designing Next-Generation Superconductors through Pressure Quenching

Prof. Shinsei Ryu | Higher Berry Phases, Tensor Networks, and Boundary Conformal Field Theory

Catalysts, Semi & Superconductors - John M. Thomas & David Phillips's 1987 Christmas Lectures 3/6

Prof. David Tong | The Fermion-Rotor Model

Dam Thanh Son - 1/3 Bosonization of Fermi Surface: The Method of Coadjoint Orbits

Russell J Hemley: Emergent Phenomena Under Pressure: From Hydrogen to Hot Superconductors

[QISCA Journal Club] Charge order melting dynamics of 4d-kogome metal LuNb6Sn6

Prof. Liang Kong | A mathematical theory of the gapped/gapless boundaries of 2+1D topological orders

Integrable Models in Condensed Matter Physics

Dr. Carolyn Zhang | Boundaries, SPTs, and topological order in lattice models - Lecture 3

Dr. Carolyn Zhang | Boundaries, SPTs, and topological order in lattice models - Lecture 2

Dr. Carolyn Zhang | Boundaries, SPTs, and topological order in lattice models - Lecture 1

Espintrónica y Grafeno: Un Matrimonio Perfecto para la Tecnología del Mañana

Espintronics and Graphene: A Perfect Marriage for Tomorrow's Technology

[QISCA X UChicago Quantum Society Journal Club] Fracton Phases of Matter and Fracton Models

Are Room Temperature Superconductors IMPOSSIBLE?

Is 'Perpetual Motion' Possible with Superfluids?

Depletion Layer (1): Charge, Field & Potential

How Can Matter Be BOTH Liquid AND Gas?

How Are Quasiparticles Different From Particles?

PN Junction in Thermal Equilibrium (2): Energy Barrier

Extrinsic Semiconductor (1): Donors & Acceptors

Intrinsic Semiconductor (2): Energy Bands & Bandgap

Antimatière: Comment détruire le MONDE avec un CHAT ?

Antimatter: How to destroy the WORLD with a CAT?

Intrinsic Semiconductor (1): Bond Model

Engineering the quantum dynamics in 2-D honeycomb systems - Sagnik Banerjee