PreprintNot peer reviewedFrom Google Quantum AIQuantum ComputingResearchers report machine learning speeds up quantum-classical Monte Carlo to 40 qubitsOriginal title: Machine learning quantum data to accelerate quantum Monte CarloA preprint reports that compressing quantum measurement data with machine learning sharply speeds up quantum-classical Monte Carlo chemistry simulations.Added 9 Nov 2026
PreprintNot peer reviewedArtificial IntelligenceA preprint proposes a construction-based taxonomy for mapping prompt injection attacksOriginal title: SoK: PIAtlas: Decomposing the Unbounded Prompt Injection Attack SpaceResearchers outline PIAtlas, a taxonomy classifying prompt injection attacks by how the malicious instruction subverts the model, and test it against a new corpus.Stavros Damianakis et al. · Added 9 Nov 2026
Journal articleReview status unknownQuantum ComputingResearchers report pulse-level trick to speed up multi-controlled gates on trapped ionsOriginal title: Efficient Multi-Controlled Gate Implementation in Trapped-Ion SystemsA study proposes pulse-cancellation techniques for trapped-ion multi-controlled gates, reportedly cutting gate time and reducing RSB pulse cost in LCU circuits.Minhyeok Kang et al. · Added 9 Nov 2026
PreprintNot peer reviewedArtificial IntelligenceA preprint benchmark tests multi-agent AI maths reasoning beyond final answersOriginal title: MAMath-Bench: Process-Aware and Robust Evaluation of Multimodal Multi-Agent Mathematical ReasoningA new preprint benchmark checks whether multi-agent AI systems reason reliably, not just whether they get maths answers right.Xinping Wang et al. · Added 8 Nov 2026
PreprintNot peer reviewedFrom Caura.aiArtificial IntelligencePreprint proposes having LLMs grade each other to replace fixed benchmarksOriginal title: Agents-as-Peers: Bias-Controlled LLM Evaluation as Multi-Agent Peer AssessmentA preprint reports a peer-assessment protocol where AI models write, answer and judge each other's test questions, measuring bias along the way.Added 8 Nov 2026
PreprintNot peer reviewedArtificial IntelligenceA preprint explores using frozen language models to steer supervised vision trainingOriginal title: Language Guidance for Supervised Vision Training: An Empirical Study of GeneralizationThe authors report that pairing image classifiers with frozen language models can improve generalisation without paired image-text data.Shruthi Gowda et al. · Added 8 Nov 2026
Journal articleReview status unknownQuantum ComputingReview surveys how superconducting qubits couple to mechanical and optical resonatorsOriginal title: Fundamentals and Applications of Hybrid Electro- and Opto-mechanical system coupled to Superconducting Qubit: A Short ReviewA review paper maps the physics and uses of hybrid systems linking superconducting qubits to mechanical and optical components.Roson Nongthombam et al. · Added 8 Nov 2026
PreprintNot peer reviewedArtificial IntelligenceResearchers report RLVR-trained models abandon good reasoning strategies out of distributionOriginal title: Not All Reasoning Generalizes: A Case Study on Learning Generalizable Reasoning Strategies in RLVRA preprint finds that reinforcement-trained language models learn correct step-by-step reasoning in-distribution but fall back to brute-force guessing under distribution shift.Ziqi Pang et al. · Added 8 Nov 2026
PreprintNot peer reviewedArtificial IntelligenceResearchers report a self-reward search method lifts SQL generation accuracyOriginal title: SQL-o1: Automatic Text-to-SQL Program Synthesis via Self-Reward Heuristic SearchA preprint describes SQL-o1, a heuristic search framework that the authors say improves text-to-SQL accuracy over prior open-source methods.Shuai Lyu et al. · Added 8 Nov 2026
Journal article✓ Peer reviewedFrom QuantinuumQuantum ComputingResearchers report exponential quantum advantage in a new single-player sampling gameOriginal title: Unconditional and exponentially large violation of classicalityA peer-reviewed study tests a newAdded 8 Nov 2026
Conference paperReview status unknownQuantum ComputingResearchers report global ZNE scales better than local ZNE for distributed quantum circuitsOriginal title: Distributed Quantum Error Mitigation: Global and Local ZNE encodingsA conference paper finds applying error mitigation before splitting quantum circuits across devices outperforms mitigating each piece separately.Maria Gragera Garces · Added 8 Nov 2026 · Released Feb 2026
PreprintNot peer reviewedFrom Bridgewater AIA LabsArtificial IntelligenceResearchers report jointly evolving system prompts and weights boosts LLM reasoning gainsOriginal title: Evolutionary System Prompt Learning for Reinforcement Learning in LLMsA preprint describes E-SPL, which evolves system prompts alongside RL weight updates to improve LLM reasoning and generalisation.Added 8 Nov 2026
PreprintNot peer reviewedFrom RiverlaneQuantum ComputingNew qLDPC codes use fewer qubits than rotated toric code on standard gridsOriginal title: Directional Codes for Quantum LDPC Error Correction on Square and Hexagonal Grid ArchitecturesA preprint proposes directional qLDPC codes using iSWAP gates that match toric code performance with far fewer physical qubits.Added 8 Nov 2026
PreprintNot peer reviewedFrom Alibaba (DAMO Academy)Artificial IntelligenceResearchers report a vision-centric medical AI system beating open and proprietary modelsOriginal title: ClinFusion: A Vision-Centric Multimodal LLM System for Holistic Medical UnderstandingA preprint describes ClinFusion, a medical multimodal AI combining 2D and 3D image encoders, reported to beat many rival systems.Added 8 Nov 2026
Journal articleReview status unknownFrom Quantum Machines / QolabQuantum ComputingFPGA feedback tames a bistable superconducting qubit’s frequency jumpsOriginal title: Operating a bistable qubitResearchers report a one-measurement feedback scheme that cuts gate errors on a qubit whose frequency randomly flips between two values.Added 8 Nov 2026
Journal articleReview status unknownQuantum ComputingResearchers report faster classical simulation of quantum circuits via ZX-calculus rank-widthOriginal title: Efficient Classical Simulation of Low-Rank-Width Quantum Circuits Using ZX-CalculusA paper describes a ZX-calculus method that the authors say simulates quantum circuits using rank-width, cutting computation compared with existing tools.Fedor Kuyanov et al. · Added 8 Nov 2026
PreprintNot peer reviewedFrom IBMArtificial IntelligencePreprint introduces vLLM Hook to expose and steer model internals during inferenceOriginal title: vLLM Hook v1: A Plug-in for Programming Model Internals on vLLMA preprint describes vLLM Hook, a plug-in letting developers probe or alter internal states of vLLM-served models.Added 8 Nov 2026
Journal articleReview status unknownQuantum ComputingCross-platform testing tool finds 23 bugs in quantum computing platformsOriginal title: IterTestQ: Assembly-Level, Cross-Platform Testing of Quantum Computing PlatformsA study presents IterTestQ, a tool that tests quantum platforms against each other and reports finding 23 bugs, 17 already fixed or confirmed.Matteo Paltenghi et al. · Added 8 Nov 2026
Conference paperReview status unknownArtificial IntelligenceResearchers propose four-class scheme to detect human-AI co-written textOriginal title: Towards Fine-grained and Robust Detection of Human-AI Co-authorshipA preprint reports a four-class framework for detecting AI involvement in writing and tests its robustness against adversarial paraphrasing.Ziruo Zhao et al. · Added 8 Nov 2026 · Released Jan 2026
Journal articleReview status unknownArtificial IntelligenceResearchers propose ‘Explanatory AI’ to help practitioners understand AI advice, not just audit itOriginal title: Leveraging generative AI for human understanding: meta-requirements and design principles for Explanatory AI as an emerging paradigmA journal article proposes design principles for AI systems that explain recommendations in human terms rather than algorithmic terms.Christian Meske et al. · Added 8 Nov 2026
