Quantum technology is revolutionizing industries such as computing, communications, and cryptography, creating a demand for a skilled workforce with expertise in quantum science. Brown’s Physics Department, where the PI and Co-PIs are affiliated with, provides a wide variety of training opportunities to equip students to meet this demand.
Quantum Science Talks at Brown Physics
Quantum Chaos = Volume-Law Spatiotemporal Entanglement, by Kavan Modi
Correlated Electron Problems in Cerium Based Intermetallics, by William Gannon
Magnon Pairing, Interactions, and Decay in the Spin-orbital Magnet FeI2, by Martin Mourigal
Phononic bath engineering of a superconducting qubit, by Johannes Pollanen
Spin-torque & spin-orbit-torque: opportunities & challenges for modern computing, by Jonathan Sun
How First Principles Methods Bring Material Reality into Condensed Matter Theory, by Brenda Rubenstein
Topological heat transport, by Dima Feldman
Quantum Chaos: From Hydrodynamics to Random Matrix Theory, by Brian Swingle
Direct observation of anyonic braiding statistics, by Michael Manfra
Experimental exploration of topological magnons in a honeycomb magnet, by Radu Coldea
Stacking van der Waals atomic layers: quest for new quantum materials, by Philip Kim
Topologically Ordered Matter and Why You Should be Interested, by Steve Simon
Harnessing Data Revolution in Quantum Matter, by Eun-Ah Kim
Studying condensed matter physics on near-term quantum computers, by Sonika Johri
Manipulation of oxygen vacancies by local electric fields in functional oxides, by Francisco Rivadulla
Fractional quantum Hall effect at half-integer filling factors, by Kwok Wai Ma
Machine learning the quantum many-body problem, by Roger Melko
Quantum Simulation from Quantum Chemistry to Quantum Field Theory, by Peter Love
Quantum Condensates in the Flat Land, by Jia Leo Li
Quantum Processing in the Brain, by Matthew PA Fisher
From Quantum Magnets to Magnetic Thermoelectrics, by Benjamin Frandsen
Re-entrant Superconductivity Through a Quantum Lifshitz Transition in Twisted Trilayer Graphene, by Senthil Todadri
Realizing rank-2 U(1) spin liquid with frustrated magnetism, by Han Yan
Imaging the impact of atomic-scale disorder and temperature fluctuations in on antiferromagnetic ordering in iridates, by Ilija Zeljkovic
Quantum Disorder and Unconventional Magnetism in ARO 2 Compounds, by Stephen Wilson
Light triggered far off equilibrium phase transitions, by Anshul Kogar
Chiral quantum spin liquids in honeycomb materials, by Jaime Merino
Detecting macroscopic indefiniteness of cat states in bosonic interferometers, by Shan-Wen Tsai
Hyperbolic band theory, by Joseph Maciejko