Collective behavior in quantum and classical many-body systems, including phases of matter, frustrated magnets, jamming, and critical scaling.
2 records · Includes focused interests · How we rate progress
Viteritti, Rende, Parola, Goldt and Becca report numerical evidence for an intermediate gapless spin-liquid phase in the two-dimensional Shastry–Sutherland model, using transformer variational wave functions and extrapolations of order parameters and triplet excitation energies.
Read original source Original transformer wave-function study, revised April 2025arxiv.org
Original report: 2023-11-28Parisi and Zamponi give an analytic proof of a+b=1 from the scaling full replica-symmetry-breaking equations for infinite-dimensional hard-sphere jamming. Together with the earlier relation b=(1+c)/2, it yields the scaling identities linking force, gap and overlap exponents.
Read original source Parisi–Zamponi: precise identity, assumptions and AI disclosurearxiv.org
Original report: 2026-06-02Collective behavior in quantum and classical many-body systems, including phases of matter, frustrated magnets, jamming, and critical scaling.
Related focused interests retain their own statements and baselines. Contributions can belong to more than one broad topic, but each record counts once within a topic.
Background review: 2026-10-13. Selected sources:
Publication dates and editorial changes.
Transformer wave functions support a gapless spin liquid in a frustrated magnet model
Parisi–Zamponi–Claude: an analytic proof of the jamming exponent identity
Allow optional Google Analytics to help improve AIProofWatch? Privacy details.
