Equilibrium Spin Polarization Arising From Chirality
arxiv.orgΒ·4d
πŸŒ€spintronics
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Dynamical mean field theory for real materials on a quantum computer
nature.comΒ·2d
πŸ“two dimensional materials
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MoirΓ©-induced fragile topology and Chern bands in twisted organic kagome bilayers
journals.aps.orgΒ·5d
πŸ“two dimensional materials
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Kerr Black Hole in a Uniform Bertotti-Robinson Magnetic Field: An Exact Solution
journals.aps.orgΒ·1d
πŸŒ€spintronics
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Probing Topological Phases in a Strongly Correlated Ladder Model via Entanglement
arxiv.orgΒ·2d
πŸŒ€spintronics
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Electrically driven heterostructured far-infrared wire lasers with integrated graphene plasmons
nature.comΒ·3d
πŸŒ€spintronics
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Real-space observation of a time-reversal invariant topological state in twisted bilayer InSe
nature.comΒ·6d
πŸ“two dimensional materials
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Nonreciprocal Spin-Glass Transition and Aging
journals.aps.orgΒ·2d
πŸ“two dimensional materials
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Chiral gapped states are universally non-topological
arxiv.orgΒ·4d
πŸ“two dimensional materials
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Prediction of a topological phase transition in exchange alternating spin-1 nanographene chains
arxiv.orgΒ·5d
πŸŒ€spintronics
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Topological Temporal Boundary States in a Non-Hermitian Spatial Crystal
journals.aps.orgΒ·5d
πŸ“two dimensional materials
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Chips Need to Chill Out
spectrum.ieee.orgΒ·1dΒ·
Discuss: Hacker News
⚑thermoelectrics
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Strain release through hydrogen bond–mediated layer twisting | Science Advances
science.orgΒ·2d
πŸ“two dimensional materials
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A novel approach to modelling the properties of HEMTs operating in the saturation region
arxiv.orgΒ·3d
πŸŒ€spintronics
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How to Build Anomalous (3+1)d Topological Quantum Field Theories
arxiv.orgΒ·3d
πŸ“two dimensional materials
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