Wigner FK - What can the tools of quantum information theory teach us about quantum magnets?

What can the tools of quantum information theory teach us about quantum magnets?

Nic Shannon (Okinawa Institute of Science and Technology, Japan)

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Tulajdonos: Voczelka Ferenc

Kategóriák: Fizika

Lejátszási listák: Quantum Spin Liquids 2025

Felvétel hossza: 01:37:21

Felvétel dátuma: 2025-10-10 11:51:00

Feltöltés ideje: 2025-10-27 11:51:14

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Lejátszási lista:

Quantum Spin Liquids 2025

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Closing remarks 10’

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Do the Shastry-Sutherland, square and checkerboard lattices share a common spin liquid phase?

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Collinear altermagnets and their Landau theories Hana Schiff (University of California, Irvine, USA)

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Stability of critical spin liquids and deconfined criticality, Josef Willsher (MPIPKS, Dresden, Germany)

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Impurity screening by defect in a spin-1 chain, Hong Hao Tu (Ludwig Maximilian University of Munich, Germany)

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Two-dimensional coherent spectroscopy and photon echo in quantum spin chains

Masaki Oshikawa (The University of Tokyo, Japan)

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00:37:21

What can the tools of quantum information theory teach us about quantum magnets?

Nic Shannon (Okinawa Institute of Science and Technology, Japan)

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00:28:09

Searching for Kitaev quantum spin liquids in Rh⁴⁺ honeycomb compounds

Sara Haravifard (Duke University, USA)

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Finite-temperature quantum topological order in three dimensions

Tibor Rakovszky (Budapest University of Technology and Economics, Hungary)

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Fracton quantum spin liquid on a square lattice, Nils Niggemann (ICTP, Trieste, Italy)

26 megtekintés

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Classical fracton Ising spin liquid on the octochlore lattice, Judit Romhányi (University of California, Irvine, USA)

31 megtekintés

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00:29:47

Generic theories for pinch lines and multifold half moons in classical spin liquids

Ludovic Jaubert (CNRS, University of Bordeaux, France)

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Fractionalised excitations and Floquet engineered frustration in quantum simulators, Rhine Samajdar (Princeton University, USA)

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Spin liquid mimicry in the double hydroxide perovskite CuSn(OD)₆ induced by correlated proton disorder

Dmytro Inosov (Technische Universität Dresden, Germany)

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Novel quantum spin liquid states in the S = ½ three dimensional compound Y₃Cu₂Sb₃O₁₄

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Non reciprocal absorption spectroscopy and antiferromagnetic domain detection

Sándor Bordács (Budapest University of Technology and Economics, Hungary)

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High entropy materials as a platform to explore frustrated magnets, Françoise Damay (Laboratoire Léon Brillouin, France)

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Novel insight into Tb₂Ti₂O₇ flavour modes and mixed dipolar–quadrupolar phases

Sylvain Petit (CEA–CNRS–Université Paris Saclay, France)

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Perfectly hidden order and Z₂ confinement transition in a magnetic monopole liquid

Attila Szabó (Universität Zürich, Switzerland)

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Quantum spin ice in confined geometries, Jeffrey G. Rau (University of Windsor, Canada)

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Dipole–octuple quantum spin ice ground states and their possible realisation in Ce based pyrochlores

Bruce Gaulin (McMaster University, Canada)

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Spin 1 liquid on pyrochlore and checkerboard lattices Kirill Shtengel (University of California, Riverside, USA)

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