NAPE audio model ties AudioSet-2M and tops listed IEMOCAP baseline
Preprint: NAPE matched SSLAM on AudioSet-2M, came close on AudioSet-20K and ESC-50, and scored higher than the strongest listed baseline on IEMOCAP.
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2,451 results
1981–2000
New statistical method tackles treatment choices with hidden confounding
A preprint reports better performance under simulated confounding, but results weakened when instruments were weak or treatment choices exceeded instrument levels.
Model Finds Different Instability Patterns in W and Z Fields
Preprint: A mathematical scan finds broader longitudinal instability regions and extra low-momentum structures for W modes, but does not calculate particle production.
CeNiAsO shows evidence of tilted magnetism and spin splitting
Preprint: Nuclear-resonance measurements and calculations associate a small canted moment with unusual spin splitting and a phase-specific Hall response, while field-driven reorientation remains inferred.
Some AI models can leak secrets they refuse to reveal, study finds
Preprint tests found that adaptive analysis could reconstruct short numeric secrets and infer memory attributes from routine outputs, with results varying by model.
Graph anomaly detector adapts to changing data in benchmark test
An arXiv preprint reports stronger scores than listed baselines, but the evidence comes from computational tests on selected graph streams.
Planned repairs could lower costs in a modeled service queue
Preprint: A mathematical model finds lower long-run costs when repair costs stay below the value of one temporary control period, but simulations remain uncertain.
Current reveals mixed metal-insulator state in bulk organic crystal
Nuclear magnetic resonance measurements support metallic and insulating regions coexisting while the crystal’s average temperature stays near its sharp transition under current.
Model finds momentum transfer matters more than skewness in pions and kaons
Preprint: A covariant NJL calculation finds stronger momentum-transfer dependence than skewness dependence in modeled pion and kaon valence distributions.
Quantum Method Cuts Qubit Use in Two Molecular-Docking Tests
Preprint: A full-basis encoding used fewer qubits and recovered optimal solutions more often than a ZX-basis comparison in two graph-based docking tests.
Preprint reports Marton’s one-letter bound can fall short
A mathematical construction shows that Marton’s one-letter inner bound can miss a higher achievable sum-rate for at least one finite two-receiver channel.
Preprint links zig-zags to a simpler localization model
A theoretical arXiv paper connects hammock localization with the relative Rezk nerve and shows when complex mapping constructions can be shortened.
Smart-home users linked privacy satisfaction to plans to keep devices
A preprint found a repeated link between trust expectations and privacy satisfaction, but users' willingness to block traffic varied between studies.
New model separates a predictor's current and past contributions
A 2026 arXiv preprint describes a method for distinguishing a predictor's value at a given moment from the contribution of its earlier path, with results that depend on mathematical assumptions.
Computer model points to finer methane and CO2 mapping from space
Preprint simulations report methane and carbon dioxide errors near mission targets at much finer modeled resolution, but filter and detector performance remains untested.
Preprint reports selective image recovery with passive optical decoding
The demonstrations recovered target structure with matched decoding and produced structured leakage under mismatch; unconditional security remains unproved.
Battery-ageing model fits lab data but lacks real-world test
A preprint reports a 0.191% training RMSE in cyclically aged cells, but offers no validation data for previously untried configurations.
Tailored environments linked to higher AI agent benchmark scores
Preprint: The benchmark evaluation reported higher held-out scores and fewer interaction steps with policy-tailored environments.
RF fingerprinting model better aligns synthetic signals but trails on real data
A preprint finds stronger feature-to-factor alignment in simulations, but lower WiSig detection scores and a phase-wrapping caveat.
Model predicts faster shrinkage than swelling in temperature-sensitive gels
Preprint simulations trace how pNIPAM microgels respond when temperature changes quickly or settles over time.