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Julia Yeomans (University of Oxford).
Thursday 03 November 2022, 14:00-15:00
Details of video conferencing will be distributed nearer the time.
Contact: No managers listed
0 upcoming talks View 38 archived talks
Theory of Condensed Matter
Active Matter: a new approach to mechanobiology?
Theory of Condensed Matter
Measurement-induced transitions with symmetries
Theory of Condensed Matter
Topological skyrmion phases of matter
Theory of Condensed Matter
Photon-Instanton Collider Implemented by a Superconducting Circuit: Splitting a Single Photon
Theory of Condensed Matter
Theories of Cross phenomena and Zentropy
Theory of Condensed Matter
Symmetry breaking and entanglement transitions in driven-dissipative systems
Theory of Condensed Matter
Novel Non-equilibrium Phenomena in Quantum Fluids of Light
Theory of Condensed Matter
Kagome metals
Theory of Condensed Matter
The inevitable emergence of density-dependent diffusion in expanding phage populations
Theory of Condensed Matter
Non-Hermitian topological phenomena: Exceptional points, symmetry and breakdown of the bulk-boundary correspondence
Theory of Condensed Matter
Order by disorder and phase transitions
Theory of Condensed Matter
POSTPONED
Theory of Condensed Matter
New understanding of liquid thermodynamics, viscosity and its lower bounds
Theory of Condensed Matter
Water flows in carbon nanochannels: from quantum friction to carbon memories
Theory of Condensed Matter
Detecting fractional chern insulators of few-bosons
Theory of Condensed Matter
Symmetric Jordan-Wigner transformation on the square lattice
Theory of Condensed Matter
Non-conservative forces in nanoscale conductors
Theory of Condensed Matter
Low-temperature quantum bounds in simple models
Theory of Condensed Matter
Thwarting long-lived dark states to speed up dynamic polarization
Theory of Condensed Matter
Thermodynamics in the presence of coherences and strong coupling corrections
Theory of Condensed Matter
Topology vs. interaction in fragile bands
Theory of Condensed Matter
Exploring the Mysteries of Collective Quantum Dynamics
Theory of Condensed Matter
Nonlinear topological photonics
Theory of Condensed Matter
Machine-learning interatomic potentials as computational technology
Theory of Condensed Matter
Irradiation-induced defect engineering in two-dimensional materials
Theory of Condensed Matter
Machine-learning interatomic potentials as computational technology
Theory of Condensed Matter
The challenge to deliver high accuracy for material science on large computer simulations
Theory of Condensed Matter
Measurable signatures of quantum chaos and patterns of volume-law entanglement in quantum dynamics
Theory of Condensed Matter
Open Markovian Quantum Many-Body Systems
Theory of Condensed Matter
Topology, Molecular Simulation, and Machine Learning as Routes to Exploring Structure and Phase Behavior in Molecular and Atomic Crystals
Theory of Condensed Matter
Order within disorder: approaching phase boundaries in high-entropy systems
Theory of Condensed Matter
A Supramolecular Approach to Templating Hybrid Perovskites
Theory of Condensed Matter
Topological Proximity Effects
Theory of Condensed Matter
High-fidelity description of spectral functions in correlated materials
Theory of Condensed Matter
Solving the Many-Electron Schrödinger Equation with Deep Neural Networks
Theory of Condensed Matter
Emergent topological phenomena in strained pyrochlore iridate thin films
Theory of Condensed Matter
Hall Viscosity in Quantum Systems with Discrete Symmetry
Theory of Condensed Matter
Cascaded quantum systems - strongly correlated transport and remote interactions
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