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Prof. Titus Mangham-Neupert (Zurich).
Thursday 19 March 2026, 14:00-15:30
Seminar Room 3, RDC
Contact: No managers listed
2 upcoming talks View 37 archived talks
Theory of Condensed Matter
Fractional Chern and topological insulators
Theory of Condensed Matter
Superconducting pairing correlations on a 98-qubit trapped-ion quantum computer
Theory of Condensed Matter
The saga of chiral transitions in arrays of Rydberg atoms
Theory of Condensed Matter
Exciton Self-Trapping, Frozen Disorder, and Morphotropic Phase Boundaries in Halide Perovskites
Theory of Condensed Matter
Functional theory of the occupied spectral density and solution of its dynamical Euler-Lagrange equations
Theory of Condensed Matter
From Anderson to Many-Body localization: Instabilities in the random-field XXZ chain
Theory of Condensed Matter
Topological design of light beams: vortices, knots, textures &Β beyond
Theory of Condensed Matter
Leveraging theory and simulation to decode and design multidimensional electronic spectroscopies in the condensed phase
Theory of Condensed Matter
Are the Ce pyrochlores quantum spin liquids - and how could we know for sure?
Theory of Condensed Matter
Extracting Anyon Statistics from Neural Network Fractional Quantum Hall States
Theory of Condensed Matter
Topology at Scale: Bridging Topological Phases, Critical Phenomena, and Real-Space Embedding
Theory of Condensed Matter
Topological Non-Abelian Gauge Structures in CayleyβSchreier Lattices
Theory of Condensed Matter
Publishing in Nature Journals: An editorβs insight
Theory of Condensed Matter
Witnessing the Quantum Spin Liquid in Herbertsmithite
Theory of Condensed Matter
Altering electrical transport in 2D materials through sub-wavelength cavities
Theory of Condensed Matter
Exciton-phonon interaction in semiconductors: theory, coding and applications
Theory of Condensed Matter
Quantum transport in disordered Chern insulators
Theory of Condensed Matter
Quantum Coherence of Diamond NV Centers Near Surfaces, Interfaces, and Dislocations
Theory of Condensed Matter
Disorder and Symmetries in Lindbladian models
Theory of Condensed Matter
Electronic response to ion projectiles traversing matter from first principles
Theory of Condensed Matter
Artificial Kitaev chains in quantum dots coupled through superconductors
Theory of Condensed Matter
Quantum Hydrodynamics
Theory of Condensed Matter
First-principles Investigation of Nonlinear Optical Crystals using CASTEP
Theory of Condensed Matter
Complexity beyond entanglement - magic of many-body systems
Theory of Condensed Matter
Unveiling emergent phenomena in "digital" quantum trajectories
Theory of Condensed Matter
Control of spin current in a canted antiferromagnet
Theory of Condensed Matter
Approaching precise device scale all-atom simulationsΒ of crystallisation of halide perovskites
Theory of Condensed Matter
Four Generations of High-Dimensional Neural Network Potentials
Theory of Condensed Matter
Exciton (De)Localization and Dissociation in Heterogeneous Semiconductors from First Principles Computational Modeling
Theory of Condensed Matter
Deep Learning many-body electronic structure
Theory of Condensed Matter
βOld and new physics in the J1-J2 Heisenberg spin chainβ
Theory of Condensed Matter
Exploring charge density waves in twisted bilayer NbSe2 with machine learning
Theory of Condensed Matter
Walter Kohn: the theoretical physicist who created DFT and won the Nobel Prize for Chemistry
Theory of Condensed Matter
Photonic Pseudomagnetism and Landau Levels
Theory of Condensed Matter
Modelling Interactions in Biology
Theory of Condensed Matter
Gibbs state preparation on digital quantum simulators
Theory of Condensed Matter
Quantum geometry effects in flat bands
Please see above for contact details for this list.