Condensed Matter Physics In the City
Condensed Matter Physics In the City
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Superconducting and quadrupolar-density-wave phases in CeRh2As2
Manuel Brando (MPICpFS, Dresden)
This talk presents the unusual non-Fermi liquid physics of the Quadrupolar Density Wave phase of the strange heavy fermion superconductor, CeRh2As2
Переглядів: 198

Відео

Nature of the Topological Quantum Phase Transition in Kitaev Quantum Spin Liquids31:33Nature of the Topological Quantum Phase Transition in Kitaev Quantum Spin Liquids
Nature of the Topological Quantum Phase Transition in Kitaev Quantum Spin Liquids
Переглядів 6493 місяці тому
Huanzhi Hu (UCL) Contributed Talk. Condensed Matter Physics in the City 2024
Symmetry induced correlation length bifurcation of a frustrated 1D Ising model27:45Symmetry induced correlation length bifurcation of a frustrated 1D Ising model
Symmetry induced correlation length bifurcation of a frustrated 1D Ising model
Переглядів 743 місяці тому
Joseph Chapmann - (U. Kent): Contributed Talk. Condensed Matter Physics in the City (2024)
Non-equilibrium THz response of time-reversal symmetry-breaking superconductors28:53Non-equilibrium THz response of time-reversal symmetry-breaking superconductors
Non-equilibrium THz response of time-reversal symmetry-breaking superconductors
Переглядів 1083 місяці тому
Silvia Neri - (MPI FKF): Contributed Talk at Condensed Matter Physics in The City (2024).
Quantum critical line encloses intensely magnetic field-resilient superconductivity in UTe224:51Quantum critical line encloses intensely magnetic field-resilient superconductivity in UTe2
Quantum critical line encloses intensely magnetic field-resilient superconductivity in UTe2
Переглядів 2523 місяці тому
Alex Eaton - (U Cambridge): Contributed Talk from Condensed Matter in the City (2024).
Topological responses from gapped Weyl points in 2D altermagnets29:49Topological responses from gapped Weyl points in 2D altermagnets
Topological responses from gapped Weyl points in 2D altermagnets
Переглядів 4983 місяці тому
Raymond Wiedmann - (MPI FKF): contributed talk at Condensed Matter in the City (London, 2024)
Quantum many-body scars from unstable periodic orbits40:09Quantum many-body scars from unstable periodic orbits
Quantum many-body scars from unstable periodic orbits
Переглядів 893 місяці тому
Andrea Pizzi - (U Cambridge): Contributed talk to Condensed Matter Physics in the City (London, 2024)
Entanglement smectic and stripe order28:30Entanglement smectic and stripe order
Entanglement smectic and stripe order
Переглядів 1823 місяці тому
Nilotpal Chakroborty - (MPI PKS): Contributed Talk at Condensed Matter Physics in the City (London, 2024)
Optimally Localised Single-Band Wannier Functions for 2D Chern Insulators28:54Optimally Localised Single-Band Wannier Functions for 2D Chern Insulators
Optimally Localised Single-Band Wannier Functions for 2D Chern Insulators
Переглядів 743 місяці тому
Thivan Gunawardana - (Imperial College) Contributed Talk at Condensed Matter in the City, London (2024).
Geometry-Enforced Topological Chiral Fermions in Amorphous Chiral Metals29:38Geometry-Enforced Topological Chiral Fermions in Amorphous Chiral Metals
Geometry-Enforced Topological Chiral Fermions in Amorphous Chiral Metals
Переглядів 2543 місяці тому
Justin Schirmann - (Grenoble) Contributed talk at Condensed Matter Physics in the City, London (2024)
Entanglement of Gauge Theories with Higher-Form Symmetries1:16:47Entanglement of Gauge Theories with Higher-Form Symmetries
Entanglement of Gauge Theories with Higher-Form Symmetries
Переглядів 2893 місяці тому
Frank Pollmann (Technical University of Munich) Condensed Matter Physics in the City (2024) This talk discusses new insights into entanglement and order in gauge theories, and their connection with quantum computing.
Fractionalized order: new developments1:11:43Fractionalized order: new developments
Fractionalized order: new developments
Переглядів 1073 місяці тому
Alexei Tsvelik (Brookhaven National Laboratory) Condensed Matter Physics in the City (2024) This talk discusses the interplay of Kondo lattices with spin liquids, and the new discovery of an analytically tracatable model for this physics.
Gigantic Transverse Response and Emergent Correlated Behavior in Topological Magnets1:25:19Gigantic Transverse Response and Emergent Correlated Behavior in Topological Magnets
Gigantic Transverse Response and Emergent Correlated Behavior in Topological Magnets
Переглядів 3883 місяці тому
Satoru Nakatsuji (University of Tokyo) Condensed Matter Physics in the City (2024) This talk describes new progress in experiments on Mn3Sn, a system with octupolar magnet order of great interest to spintronics.
Dynamics of quantum spin systems1:21:03Dynamics of quantum spin systems
Dynamics of quantum spin systems
Переглядів 3233 місяці тому
Cristian Battista (Univ Tennessee/Oak Ridge) This talk describes new developments in large N and large S expansions and their application to the understanding of the excitation spectrum of quantum antiferromagnets.
Key issues in UTe21:11:33Key issues in UTe2
Key issues in UTe2
Переглядів 2253 місяці тому
JohnPierre Paglione (U. Maryland) Condensed Matter Physics in the City 2024 JP reviews the key issues associated with the Lazarus Superconductor, UTe2, including the evolution of properties with Sample Property and the current viewpoint on the nature of the gap and the high field phase diagram of this unique superconductor.
New Paths for Topological Flat Bands & Roton Condensate in Fractional Quantum Anomalous Hall Systems1:16:28New Paths for Topological Flat Bands & Roton Condensate in Fractional Quantum Anomalous Hall Systems
New Paths for Topological Flat Bands & Roton Condensate in Fractional Quantum Anomalous Hall Systems
Переглядів 2943 місяці тому
New Paths for Topological Flat Bands & Roton Condensate in Fractional Quantum Anomalous Hall Systems
Solving the Mott Problem1:22:22Solving the Mott Problem
Solving the Mott Problem
Переглядів 1153 місяці тому
Solving the Mott Problem
“Visualizing broken symmetry states in magical flat bands”1:25:18“Visualizing broken symmetry states in magical flat bands”
“Visualizing broken symmetry states in magical flat bands”
Переглядів 3143 місяці тому
“Visualizing broken symmetry states in magical flat bands”
Ewan Scott (UCL) "Hard axis ordering in Kondo magnets "24:10Ewan Scott (UCL) "Hard axis ordering in Kondo magnets "
Ewan Scott (UCL) "Hard axis ordering in Kondo magnets "
Переглядів 85Рік тому
Ewan Scott (UCL) "Hard axis ordering in Kondo magnets "
Steve Simon (Oxford U)“Kekule spirals in twisted bilayer graphene”1:18:42Steve Simon (Oxford U)“Kekule spirals in twisted bilayer graphene”
Steve Simon (Oxford U)“Kekule spirals in twisted bilayer graphene”
Переглядів 1 тис.Рік тому
Steve Simon (Oxford U)“Kekule spirals in twisted bilayer graphene”
Raffaele Mazzilli (Stuttgart) "Electrical transport probes of quantum spin liquids"34:25Raffaele Mazzilli (Stuttgart) "Electrical transport probes of quantum spin liquids"
Raffaele Mazzilli (Stuttgart) "Electrical transport probes of quantum spin liquids"
Переглядів 114Рік тому
Raffaele Mazzilli (Stuttgart) "Electrical transport probes of quantum spin liquids"
Je-Geun Park (Seoul National University)“Emerging new opportunities of van der Waals magnets”1:22:38Je-Geun Park (Seoul National University)“Emerging new opportunities of van der Waals magnets”
Je-Geun Park (Seoul National University)“Emerging new opportunities of van der Waals magnets”
Переглядів 394Рік тому
Je-Geun Park (Seoul National University)“Emerging new opportunities of van der Waals magnets”
Pablo Jarillo-Herrero II (MIT) “Next Generation Moiré Quantum Matter”1:31:51Pablo Jarillo-Herrero II (MIT) “Next Generation Moiré Quantum Matter”
Pablo Jarillo-Herrero II (MIT) “Next Generation Moiré Quantum Matter”
Переглядів 670Рік тому
Pablo Jarillo-Herrero II (MIT) “Next Generation Moiré Quantum Matter”
Amalia Coldea “Fermi surfaces and quasiparticle behaviour of iron chalcogenide superconductors”1:23:57Amalia Coldea “Fermi surfaces and quasiparticle behaviour of iron chalcogenide superconductors”
Amalia Coldea “Fermi surfaces and quasiparticle behaviour of iron chalcogenide superconductors”
Переглядів 156Рік тому
Amalia Coldea “Fermi surfaces and quasiparticle behaviour of iron chalcogenide superconductors”
Alexander Tyner (North Western U. ) "AI guided topological materials design and discovery"32:41Alexander Tyner (North Western U. ) "AI guided topological materials design and discovery"
Alexander Tyner (North Western U. ) "AI guided topological materials design and discovery"
Переглядів 48Рік тому
Alexander Tyner (North Western U. ) "AI guided topological materials design and discovery"
Yu-Chin Tzeng (NCTS, Taiwan) Properties of fidelity in non-Hermitian quantum systems + PT symmetry36:16Yu-Chin Tzeng (NCTS, Taiwan) Properties of fidelity in non-Hermitian quantum systems + PT symmetry
Yu-Chin Tzeng (NCTS, Taiwan) Properties of fidelity in non-Hermitian quantum systems + PT symmetry
Переглядів 47Рік тому
Yu-Chin Tzeng (NCTS, Taiwan) Properties of fidelity in non-Hermitian quantum systems PT symmetry
Oliver Dial (IBM)“An error-mitigated path to quantum utility”1:13:31Oliver Dial (IBM)“An error-mitigated path to quantum utility”
Oliver Dial (IBM)“An error-mitigated path to quantum utility”
Переглядів 65Рік тому
Oliver Dial (IBM)“An error-mitigated path to quantum utility”
Pablo Jarillo Herrero (MIT) I. Magic-Angle Graphene: A Robust Family of Moiré Superconductors1:20:10Pablo Jarillo Herrero (MIT) I. Magic-Angle Graphene: A Robust Family of Moiré Superconductors
Pablo Jarillo Herrero (MIT) I. Magic-Angle Graphene: A Robust Family of Moiré Superconductors
Переглядів 178Рік тому
Pablo Jarillo Herrero (MIT) I. Magic-Angle Graphene: A Robust Family of Moiré Superconductors
Frank Schindler (Imperial College, London): “Hermitian Bulk - Non-Hermitian Boundary Correspondence”1:18:17Frank Schindler (Imperial College, London): “Hermitian Bulk - Non-Hermitian Boundary Correspondence”
Frank Schindler (Imperial College, London): “Hermitian Bulk - Non-Hermitian Boundary Correspondence”
Переглядів 556Рік тому
Frank Schindler (Imperial College, London): “Hermitian Bulk - Non-Hermitian Boundary Correspondence”
Erez Berg (Weizmann): Programmable adiabatic demagnetization: State preparation by simulated cooling1:08:01Erez Berg (Weizmann): Programmable adiabatic demagnetization: State preparation by simulated cooling
Erez Berg (Weizmann): Programmable adiabatic demagnetization: State preparation by simulated cooling
Переглядів 104Рік тому
Erez Berg (Weizmann): Programmable adiabatic demagnetization: State preparation by simulated cooling

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