Rare measurements on a 1D spinful s-wave BCS chain dynamically project soft modes onto an SO(R) NLSM whose R→1 weak-anti-localization flow yields steady-state entanglement S(L) ~ ln² L without a WZW term.
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Monte Carlo simulations of the balanced p=4 spin glass find direct paramagnetic to full RSB transition with renormalized lambda less than 1 and indicate zero Kauzmann temperature in 3D-like regimes.
Superconducting qubit experiments reveal a non-ergodic glassy regime in a 2D disordered spin model, with power-law Hilbert-space dynamics, frozen degrees of freedom, and vanishing spin diffusion above a disorder threshold.
Pedagogical lecture notes derive standard RMT laws with the cavity method, illustrate applications, and catalogue advanced analytical techniques for disordered systems.
Frustrated quantum materials show topological spin-glass behavior with short-range correlations and low-energy excitations, unified by hydrodynamic spin modes and spin-jam states in a framework that bridges experiments and theory.
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Super-Logarithmic Entanglement Scaling in a Monitored Superconducting Chain
Rare measurements on a 1D spinful s-wave BCS chain dynamically project soft modes onto an SO(R) NLSM whose R→1 weak-anti-localization flow yields steady-state entanglement S(L) ~ ln² L without a WZW term.
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The Phase Transitions in a $p$ spin Glass Model: A Numerical Study
Monte Carlo simulations of the balanced p=4 spin glass find direct paramagnetic to full RSB transition with renormalized lambda less than 1 and indicate zero Kauzmann temperature in 3D-like regimes.
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Hilbert space signatures of non-ergodic glassy dynamics
Superconducting qubit experiments reveal a non-ergodic glassy regime in a 2D disordered spin model, with power-law Hilbert-space dynamics, frozen degrees of freedom, and vanishing spin diffusion above a disorder threshold.
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Lecture notes on random matrix theory: the results, the applications, and the analytical tools
Pedagogical lecture notes derive standard RMT laws with the cavity method, illustrate applications, and catalogue advanced analytical techniques for disordered systems.
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Topological spin freezing in frustrated quantum materials
Frustrated quantum materials show topological spin-glass behavior with short-range correlations and low-energy excitations, unified by hydrodynamic spin modes and spin-jam states in a framework that bridges experiments and theory.