Thouless Institute for Quantum Matter
Thouless Institute for Quantum Matter
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Upcoming Events
Ludwig Holleis, UC Santa Barbara
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PAB B421
Past Events
- Hidden Symmetry Breaking in 1T-TiSe₂ Probed by Strain (Jiun-Haw Chu) -
- Growing crystals inside van der Waals materials (Javier Sanchez-Yamagishi, UC Irvine) -
- From Rhombohedral Graphene to Anomalous Hall Crystals (Dan Parker, UCSD) -
- Quasicrystals of Ultracold Quantum Matter (Charles Brown, Yale University) -
- Quantum Chaos as a Resource for Quantum Control (Lukas Beringer, University of Regensburg, Germany) -
- Unstable itinerancy: how a pinch of disorder can delocalize carriers of charge and entropy in correlated systems (James Analytis, UC Berkeley) -
- Towards reconfigurable and deterministic twistronic 2D materials (Yuan Cao, University of California at Berkeley) -
- Optoelectronics and phase transitions of atomically thin materials via proximity engineering (T Serkan Kasirga, Bilkent University) -
- New Josephson junctions for solid-state qubits and quantum simulators (Charlotte Georgine Lang Boettcher, Stanford University) -
- Twisted trilayer graphene under the microscope (Ben Feldman, Stanford University) -
- Tuning the sharpness of quantum measurements using position entangled atomic states (Kirk Madison, University of British Columbia) -
- Non-equilibrium phases in driven quasicrystals (Yifei Bai, UC Santa Barbara) -
- Optical studies of gyrotropic quantum materials (Aharon Kapitulnik, Stanford University) -
- Realization of a Pfaffian quantum Hall state with ultracold bosons (Joyce Kwan, CU Boulder) -
- TIQM Winter Workshop 2026: Recent Advances in Open Quantum Systems (16 speakers) -
- Visualization and spectroscopic study of strongly interacting electrons in Bernal-stacked bilayer graphene at high magnetic fields (Yen-Chen Tsui, Princeton University) -
- Finding a hardware path to quantum computing for life sciences (Peter Krogstrup, Niels Bohr Institute) -
- Cooling algorithms for quantum many-body state preparation (Jerome Lloyd, University of Geneva) -
- Dipolar Rydberg atoms and the Dirac spin liquid (Marcus Bintz, Harvard University) -
- The Quantum Twisting Microscope: Image quantum matter in momentum space (Jiewen Xiao, Weizmann Institute) -
- Anomalous Hall Crystals and their Phonons (Junkai Dong, Harvard University) -
- Ultrafast Control of Hidden Magnetic Phases by Shaping Fluctuations (Tianchuang (Michael) Luo, MIT) -
- Discovery of spontaneous mesoscopic strain waves in nematic domains using dark-field X-ray microscopy (Kaan Alp Yay, Stanford University) -
- Progress toward an isotope shift measurement with a strontium molecular lattice clock (Brandon Iritani, Columbia University) -
- Imaging Quantum and Mesoscopic Phenomena with NanoSQUID-on-Tip Microscopy (Evgeny Redekop, UC Santa Barbara) -
- Electron fractionalization without magnetic fields: characterizing composite fermions in twisted bilayer MoTe2 (Santos, Luiz Henrique, Emory University ) -
- The sound of electrons shattering...can be rather quiet (Josephine Yu, Stanford) -
- Unveiling the role of hBN alignment orientation in moiré rhombohedral graphene (Matan Uzan, Weizmann Institute) -
- Hyperdeterminant wavefunctions (Ying Ran, Boston College) -
- Dissipation-induced diode effects in current-biased Josephson junctions (Jacob Steiner, Caltech) -
- Josephson matter with phase-engineered topology (Magnus Lykkegaard, Niels Bohr Institute, University of Copenhagen) -
- Tracing light: on Linear and Nonlinear Terahertz Polaritonics in Quantum Paraelectrics (Zhanybek Alpichshev, Austria Institute of Science and Technology) -
- Taking the measure of quantum dynamics ( Yaodong Li, Stanford university) -
- Game Changer in Semiconductor Industry: Parallel Wave Information Processing and Transport (Makoto Kohda, Tohoku University) -
- The search for a Kitaev spin liquid: predicting experiments and engineering its realization (Tessa Cookmeyer, UCSB/KITP) -
- Excitons in the Fractional Quantum Hall Effect ( Naiyuan (James) Zhang, Brown University) -
- Moiré Physics in Graphene Layers – What’s the “Magic”? (Mei-Yin Chou, Academia Sinica, Taiwan ) -
- Novel aspects of fractionalization in Chern bands (Ahmed Abouelkomsan, MIT) -
- Visualizing incommensurate inter-valley coherent states in rhombohedral trilayer graphene (Ambikesh Gupta (Weizmann Institute)) -
- New Pathways to Topological Flat Bands, and Novel Fractional Quantum Anomalous Hall States in moire systems (Xiaohan Wan (University of Michigan)) -
- Tunable Luttinger Liquid in van der Waals Heterostructures (Tianle Wang, UC Berkeley) -
- Nonlinear magnonics in canted antiferromagnets (Zhuquan Zhang, MIT) -
- Sliding ferroelectricity in stacking-engineered van der Waals materials (Xirui Wang, MIT) -
- Magnons as a Window into Spin Transport and Twist-induced Phenomena in a van der Waals Antiferromagnet (Yue Sun, UC Berkeley) -
- Geometric Response of Generalized Landau Levels and Moire Materials (Jie Wang, Temple University) -
- Exploring fundamental physics with quantum information science (J. M. Taylor, JQI/QuICS/NIST) -
- A narrow magic window for ultraflat bands and emergent heavy fermions near the magic angle in twisted bilayer graphene (Shaffique Adam, Washington University in St Louis) -
- New opportunities with defects in superconducting qubits (Mo Chen, UW MSE) -
- Probing exotic phases of matter with (scanning) microwave techniques (Taige Wang, UC Berkeley) -
- Building Topological Quantum Matter in Superconducting Wire Arrays (Dmitry Green, Boston University) -