30 assessed papers
AI-assisted research signals support discovery; they are not peer review or a finding that a paper is correct. How rankings work · Editorial & AI policy
astro-ph.HE · · Preliminary
Elias R. Most, Samuel J. Dunham
A unified causal and hyperbolic framework for relativistic dissipative two-fluid plasma could affect GRMHD, compact-object, and magnetospheric simulations.
Mario Carneiro
A consistency result for ZF from a relatively weak type-theoretic foundation could affect foundations and proof-assistant research.
Sirui Lu, Ruixuan Deng, Yanqiao Zhu et al.
It formalizes a core theorem underlying MIP* = RE and targets verification of major mathematical proofs.
Shibing Chen, Mohammad Ghomi, Peng Wang
The abstract claims resolution of the Cartan-Hadamard conjecture in dimensions 3–9, a major problem in geometric analysis.
Yuchen Liao
Establishing Airy-line-ensemble behavior for alternating sign matrices connects a prominent combinatorial model to a central universality object.
Milan Korda
An undecidability result rules out algorithmic solutions for a broad class of stability-decision problems.
Natnael Debru, Audrey Fung, Saniya Heeba et al.
The abstract claims a nearly two-order-of-magnitude improvement and the tightest bound over a stated scalar-mass range.
Leonid Kolesnikov, Yannic Steenbeck
The abstract claims resolution of an open problem at a critical threshold in a central probabilistic model.
Haochen Liu
It resolves a named conjecture for the entire class of non-complete graphs.
Julius A. Zeiss
It disproves a named conjecture and extends the result across multiple quantum chromatic-number variants.
Yong Liu, Tianci Luo, Kelei Wang et al.
The claimed result resolves the full De Giorgi conjecture in R^4, a prominent problem in elliptic PDE and geometric analysis.
Kevin Bleakley, Aaditya Ramdas
The results address fundamental limits of classification from extremely limited supervision and cover broad distributional settings.
Krzysztof J. Ciosmak
It resolves a named conjecture and establishes broad inheritance and failure results across geometric analysis settings.
Anish Hebbar, Ravi Kumar, Roie Levin et al.
The abstract claims major improvements over prior bounds and answers multiple open questions across several online optimization problems.
David Martínez-Rubio, Brian Bullins, Cristóbal Guzmán et al.
It resolves a named open question and improves a classical convergence rate in a central optimization setting.
Zhengyi Han, Yuanchen Zhao, Yijia Xu et al.
A general coherent-noise threshold for qLDPC codes could materially affect quantum fault-tolerance theory.
Michele Dall'Arno
It claims to resolve a longstanding open problem concerning accessible information for all two-state quantum ensembles.
Bang-Xian Han, Deng-Yu Liu
It claims an equivalence characterizing RCD spaces, resolves an identified open problem, and connects approximate conditions to Finsler geometry.
LHCb collaboration, R. Aaij, M. Abdelfatah et al.
Observation of a previously sought doubly charmed baryon would materially advance heavy-baryon spectroscopy.
Amir Ali Ahmadi, Abraar Chaudhry, Ijay Narang et al.
The abstract claims to settle a well-known open problem spanning control theory and computational complexity.
Francesco Ubertosi, Gerrit Schellenberger, Ewan O'Sullivan et al.
A directly imaged 0.38-parsec binary AGN would substantially advance observations of the final pre-gravitational-wave stage.
Gal Binyamini, Oded Carmon, Dmitry Novikov
The abstract claims sharp foundational results for unrestricted exponential structures and an extension of a rational-point interpolation theorem.
Leonid Ivanov, Nadezhda Glushkova
It improves multiple published bounds and directly refutes a stated conjecture in the Nelson–Hadwiger problem.
Hanbing Liang, Fujun Liu
Exact transport results and a claimed complete low-energy correspondence could matter across integrable systems and quantum statistical mechanics.
Alexander Golovnev, Mohit Gurumukhani
The claimed implications include super-linear lower bounds for log-depth circuits and improved unrestricted-depth circuit bounds.
Tommaso Faustini, Luis Ferroni, Ludovico Piazza
It resolves two stated open questions and connects poset transformations, polytopes, and important polynomial invariants.
Baishun Yang, Yida Chu, Xuelei Sui et al.
It claims a unifying mechanism spanning several major unconventional-superconductor families and challenges prevailing theory.
Shiro Tamiya, Masato Koashi
It addresses a recognized gap in rigorous threshold theory for coherent errors in quantum error correction.
Michele Bianchessi, Vieri Mastropietro, Marcello Porta
Nonperturbative anomaly cancellation and lattice universality are central issues in quantum field theory.
Yaprak Önder, Michael G. Scheer, Minjae Cho et al.
The framework targets disordered quantum systems broadly and may replace disorder sampling while exposing disorder-only symmetries.
