The Department of Physics hosts the Landau Seminar Series.
Upcoming seminars
Past seminars
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Development and challenges of metal halide perovskite materials-based X-ray detectors
Presenter(s): Presenter: Dr. Ganbaatar Tumen-Ulzii, University of Cambridge -
The versatility of Lorentz microscopy for studying nanomagnetic systems
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Confinement transitions and quench dynamics of monopoles and strings in spin ice
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Thinking with Nanomagnets
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Mechanistic insights into polymerization-induced self-assembly using maleimide-based fluorophores
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Riding the Wave of Green Change: Advancing Wave-Based Reservoir Computing for Sustainable AI
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Optical frequency combs generation in fiber Fabry-Pérot resonators
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Disorder in Nanophotonics: Blessing or Curse?
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Microbeam Radiation Therapy: Narrow X-rays for big impact
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Spin-dependent transport phenomena in nanostructures
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Unconventional Transport in 1D Quantum Magnets
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Astro Combs Applications and Requirements
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Exploring Ultrafast Processes of Low-Dimensional Ferromagnets and Spin-Orbit Torque Devices
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From the Growth to the Exploitation of 2D Materials
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Planckian Electrons and Phonons in Cuprates
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Low-cost Magnetic Resonance to Determine the Quality and Authenticity of Foods
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Magnetic data storage technology; from the invention of PMR to the social integration
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Picosecond spin pumping in antiferromagnet-heavy metal heterostructures
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Quantum electrodynamics of non-demolition detection of single microwave photon
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Dielectrowetting for dewetting
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Kinetic constraints vs chaos in classical many-body dynamics
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High-Order Coupled Cluster Method Applied to Lattice Quantum Spin Systems
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Brain Inspired Computing using Memristors
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Artificial Spin Systems: Frustration, computation, and new dimensions
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Quantum Reservoir Computing
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Low-energy collective spin fluctuations in ruthenates and cuprates
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Induced Functionalities by Symmetry Breaking
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BORIS Computational Spintronics
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Self emerging laser cavity solitons as dominant attractor of a microcomb system
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Phononic Frequency Combs
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Superconducting Quantum Millimeter-Waves and Terahertz Electronics
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Enhanced magnon transport through an amorphous magnetic insulator and the orbital moment in Fe3O4
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Two-dimensional semiconductors: A window into the quantum behaviour of electrons
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Controlling magnetism and spin dynamics by carrier doping in van der Waals magnet Cr2Ge2Te6
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High Tc cuprate superconductors: Ordering and quantum criticality
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Trajectory-Based Approach to Quantum Thermodynamics
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Elucidating possible crystallographic origins of wake-up mechanisms in ferroelectric hafnia
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Heterostructured scintillators, a cooperative approach to radiation detection
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Lagrangians in integrable systems: a variational principle for symmetries
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Dynamic Light Scattering for non-invasive diagnosis of blood and blood microcirculation
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Rectangle-triangle soft-matter quasicrystals with hexagonal symmetry
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Study of operation of the coherent superconducting phase slip centres
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Nanoelectronics in 2D
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Quantum thermometry in action: Enhanced release–recapture thermometry in ultracold gases
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High-pressure electrical and thermal properties in MnSi
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Magnetism and spin dynamics control by carrier doping in van der Waals magnet Cr2Ge2Te6 - CANCELLED
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Higher order van Hove singularities in two-dimensional bands
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From topological magnetism to topological superconductivity
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The Stress-Induced Lifshitz Transition in Sr2RuO4
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Mars Sample Return and the Double Walled Isolator
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Superconducting pure spin currents generated via spin-orbit coupling
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Nanoscale magnetism in human biology and biomedicine
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Superconducting hardware for Quantum Computing
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Nanoscale spin transport in metals
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Exploring a New Family of S = ½ Kagomé Antiferromagnets
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Biophysics and artificial tissue
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The superconductivity and Lifshitz transition of Sr2RuO4 under uniaxial stress - CANCELLED
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Landau seminar: Highly Frustrated Quantum Magnets and Their Quantum Phase Diagrams
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Navigation of Active Microbial Cells
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Dr Sven Friedemann (Bristol) - TBA
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Dr. Hidekazu Kurebayashi (UCL) - TBA
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Prof. Stephen Marshall (Strathclyde) - TBA
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Can humans simulate being other humans?
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Dr Stephen Rowley
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Optimal Solid State Neurons
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Quantum order at infinite temperature, time crystals, and dissipation
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Layered Material Heterostructures: A new twist on 2D materials
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Quantum annealing in a degenerate two-level system