The Morning Preprint

Wednesday 7 October

Showing the most recent batch — Wednesday 7 October. No papers have been ingested today yet.

1143 papers ingested by the estate's stations that day — about 10 minutes to read. The counts and the chart are the estate's own ingest, not arXiv's submission figures.

The 60-second version

Five things from this day's batch, best first — everything below the fold expands on them.

  1. Magnetic field structure dictates merger wave outcomes

    Simulations of four magnetic field arrangements showed that topology strongly influences gravitational wave emission properties from binary neutron star mergers. arXiv 2510.17511 arXiv 2510.14820

  2. Diffusion models map video editing techniques

    A survey reviews the evolution of video editing methods, covering techniques like point-based and pose-guided human video editing using V2VBench. arXiv 2407.07111 arXiv 2401.06119

  3. New dataset captures diverse robot grasping interactions

    HRDexDB provides a real-world dataset of hand and object interactions across five robot embodiments, crucial for studying embodiment-dependent grasp strategies. arXiv 2604.14944

  4. Quantum algorithms achieve fast optimal transport

    A quantum approach using tensor Sinkhorn followed by sparse recovery finds exact couplings with a query complexity of theta-sqrt Nn. arXiv 2608.09513 arXiv 2608.13966

  5. Protein interaction system speeds up hypothesis generation

    Speak to a Protein introduces an interactive system linking language, code, and 3D visuals to help users question protein structures. arXiv 2510.17826

Across the stations

AI Radio

433 papers today

Today's work on AI Radio focuses heavily on diffusion model video editing, with the paper Diffusion Model-Based Video Editing: A Survey providing a systematic review of techniques. This paper maps the evolutionary trajectory of video editing methods, covering everything from mathematical formulations to novel applications like point-based editing and pose-guided human video editing using its V2VBench comparison.

Other papers contribute by addressing diverse areas. Some research investigates robustness in image classification, showing that large pretraining datasets do not automatically guarantee better performance after fine-tuning on specialized tasks, suggesting tailored strategies are needed. Others tackle time-series forecasting by reviewing how backbones and loss functions must jointly model autocorrelation in both history and labels for long-term predictions.

Finally, the collection shows a broad focus on practical application and evaluation. For instance, PlotPick offers a tool to batch extract numerical data from scientific figures using VLMs, while RefGC-SR squared introduces a new task for joint super-resolution and artifact refinement by reusing high-resolution reference images.

The day on AI Radio

Astrophysics Radio

107 papers today

Today's work focuses on modeling binary neutron star mergers using different magnetic field topologies to see how they affect gravitational waves and electromagnetic signals. The paper Impact of Magnetic Field Topology on Electromagnetic and Gravitational Waves from Binary Neutron Star Merger Remnants explores this by simulating four distinct magnetic field arrangements, finding that the magnetic topology strongly influences gravitational wave emission properties.

Other papers cover diverse areas, such as using Fast Radio Bursts to constrain neutron star magnetospheres with Gravitational self-lensing of Fast Radio Bursts in neutron star magnetospheres: II. Applications to strong repeaters and the CHIME population, which links burst characteristics to magnetic geometry. Additionally, research explores the cosmic ray origin of X-ray signals in galaxy clusters via Exploring a Cosmic-Ray Inverse-Compton Origin to the SZ-to-X-Ray Pressure Deficit in the Cool Core Cluster ZwCl 3146.

Collectively, these findings suggest that magnetic field structure dictates observable outcomes from compact object mergers and influences phenomena across vast scales, from radio bursts to cluster physics. The central question remains whether specific magnetic configurations can be observationally distinguished by future gravitational-wave detectors.

The day on Astrophysics Radio

Genomics Radio

14 papers today

Today's work on Genomics Radio focuses on bridging the gap between complex biological models and accessible analysis. The paper Speak to a Protein introduces an interactive system that lets users question protein structures by linking language, code, and 3D visuals to speed up hypothesis generation significantly.

Other recent submissions explore diverse areas of biology. Some research delves into evolutionary history using tools like Phylo2Vec for phylogenetic trees or examines how migration periodicity affects selection in subdivided populations. Others focus on molecular identification, such as HRPv2 which automates the prediction of plant disease resistance genes, and IMPPAT 3.0 which integrates traditional Indian medicinal knowledge into a modern database.

The collection of papers suggests a broad effort to gain deeper understanding across different scales and methods. However, one major question remains open regarding the integration of these findings: how can we best combine the structural insights from tools like Speak to a Protein with the evolutionary modeling provided by Phylo2Vec to better understand complex biological processes?

The day on Genomics Radio

Quantum Radio

195 papers today

The day's work on Quantum Radio focused heavily on developing faster algorithms for optimal transport, particularly with the paper Faster Algorithms for Multimarginal Optimal Transport which introduces a quantum approach using tensor Sinkhorn followed by sparse recovery to find exact couplings. This work suggests a query complexity of theta-sqrt Nn for outputs with at most n polylog(n) atoms, which is significant for efficient computation.

Other papers contributed diverse material; some explored the fundamental limits of open quantum systems with finite-frequency fluctuation-response bounds, while others investigated the resource potential of light through tunable spectral correlations using broadband quantum frequency conversion. A large portion of the submissions touched upon theoretical frameworks for quantum error correction and topological phases, including a new unitary fault-tolerant encoding scheme for Pauli states in surface codes.

Overall, the day's submissions point toward bridging theoretical complexity with practical hardware constraints; for instance, the work on Qubit-centric Transformer for Surface Code Decoding suggests using deep learning to improve decoder performance. The core question remaining is how effectively these advanced mathematical and algorithmic tools can translate into robust, scalable quantum circuits capable of tackling real-world computational problems.

The day on Quantum Radio

Robotics Radio

194 papers today

Today's work on Robotics Radio focuses on building better datasets and improving how robots learn complex behaviors. HRDexDB provides a real-world dataset of hand and object interactions across five robot embodiments, allowing researchers to study how different robot bodies grasp objects. This resource is crucial for understanding embodiment-dependent grasp strategies.

Other papers contribute by exploring diverse areas of robotic learning and planning. For example, Interactive Imitation Learning surveys the field to unify techniques for online behavior improvement guided by human feedback. PhysCaP introduces a physics-informed exploration layer that helps agents infer physical properties through interaction, moving beyond passive observation.

Overall, the day's landing brings together data collection methods with advanced learning and planning techniques. The question left open is how these diverse approaches can be synthesized to create truly generalist robotic systems that are both efficient and robust in real-world conditions.

The day on Robotics Radio

Security Radio

59 papers today

Today's work on Security Radio focuses heavily on bridging the post-quantum production gap, primarily through the quantum-safe library. This effort involves scoring nine external requirements against a Python library built with hybrid cryptography by default, which reveals gaps in tooling and conformance evidence that need addressing.

Other submissions contribute to different areas. Some papers address how AI agents can be secured with task-centric permission models to prevent overprivileging, while others explore the challenges of using large language models for analyzing cryptocurrency transactions. A few pieces investigate the technical aspects of data provenance in document processing and the resilience of models against adversarial prompt attacks.

The quantum-safe library work shows that hybrid combiners are missing in some audited libraries, and it provides conformance evidence through runnable cases, but discovery tooling is a major gap. MiniScope proposes a hierarchical permission model to reduce confirmation fatigue for AI agents, while Polar uses LLMs to synthesize cyber evidence for threat prioritization. The day leaves open whether the practical deployment of these advanced security and analysis tools can overcome the existing gaps in production readiness.

The day on Security Radio

The day, in brief

The day's work across these stations is mostly about advancing technical methods in several distinct fields including video editing and binary neutron star modeling. The one most important result is the finding from Astrophysics Radio that magnetic topology strongly influences gravitational wave emission properties from binary neutron star mergers.

All the stations share an effort to move beyond simple analysis by integrating complex modeling with practical applications, although their specific directions differ. AI Radio focuses on diffusion model video editing while Genomics Radio works on bridging biological models with accessible analysis. Astrophysics and Quantum Radio both explore fundamental physical phenomena, whereas Security Radio concentrates on production readiness for quantum-safe tools.

The concrete result a reader should take away is the discovery that magnetic field structure dictates observable outcomes from compact object mergers, as reported by Astrophysics Radio. This finding is essential for understanding the physical effects of these cosmic events.

What remains open is the question regarding how to best combine structural insights from tools like Speak to a Protein with evolutionary modeling from Phylo2Vec to better understand complex biological processes. Similarly, Robotics Radio questions how diverse learning and planning approaches can be synthesized into generalist robotic systems.

The week in the estate's ingest

Seven days of papers the estate ingested. Weekends are striped — the weekend is visible in the data.

1419Thu
1285Fri
935Mon
2027Tue
1143Wed

Show the answer

1143 papers were ingested on Wednesday 7 October.

1143 papers, three ways

Where today's batch landed

By the paper's primary arXiv category.
cs.CV175
cs.RO154
quant-ph121
cs.CL104
cs.LG81
cs.CR59
eess.SY40
cs.AI39

The index

The day's strongest 60, by score. Every title links its paper here and on arXiv.

  1. quantum-safe: Bridging the Post-Quantum Production Gap with a Hybrid-by-Default Python Cryptography Library [arXiv] [episode]
  2. HRDexDB: A 4D Dexterous Grasping Dataset Across Human and Multiple Robot Embodiments [arXiv] [episode]
  3. Entanglement Wedge Reconstruction Beyond the Large N Limit via the Twirled Petz Map [arXiv] [episode]
  4. Beyond Data Scaling: Representation-Centric Continued Pre-training for Vision-Language-Action Models [arXiv] [episode]
  5. Dissipation-induced Sachdev-Ye-Kitaev physics in many-body cavity quantum electrodynamics [arXiv] [episode]
  6. Training Needs Trustworthy Worlds: Verified Synthetic Web Environments for Agent Learning [arXiv] [episode]
  7. PhysCaP: Grounding Code-as-Policy Agent with Physics-Informed Exploration [arXiv] [episode]
  8. Carnot Meets Quantum Information: A Thermal Machine Driven by Non-orthogonal State Discrimination [arXiv] [episode]
  9. Faster Algorithms for Multimarginal Optimal Transport [arXiv] [episode]
  10. Evaluating Large Language Model Raters for German Open-Response Clinical Questions: A Physician-Annotated Benchmark Study of Agreement, Evaluator Bias, and Abstention [arXiv] [episode]
  11. Coding with "Enemy": Can Human Developers Detect AI Agent Sabotage? [arXiv] [episode]
  12. SubtleMemory: A Benchmark for Fine-Grained Relational Memory Discrimination in Long-Horizon AI Agents [arXiv] [episode]
  13. Online Conformal Prediction for Non-Exchangeable Panel Data [arXiv] [episode]
  14. Submodular Multi-Agent Policy Learning for Online Distributed Task Allocation in Open Multi-Agent Systems [arXiv] [episode]
  15. Finite-frequency fluctuation-response bounds for open quantum systems [arXiv] [episode]
  16. Scene-Agnostic Object-Centric Representation Learning for 3D Gaussian Splatting [arXiv] [episode]
  17. PRUE: A Practical Recipe for Field Boundary Segmentation at Scale [arXiv] [episode]
  18. Theory of (Co)homological Invariants on Quantum LDPC Codes [arXiv] [episode]
  19. Unbiased Reward Modeling from Implicit Feedback for LLM Alignment [arXiv] [episode]
  20. Deep Time-Series Forecasting in 10 Years: A Survey [arXiv] [episode]
  21. Beyond the Embedding Bottleneck: Adaptive Retrieval-Augmented 3D CT Report Generation [arXiv] [episode]
  22. AVMeme Exam: A Multimodal Multilingual Multicultural Benchmark for LLMs' Contextual and Cultural Knowledge and Thinking [arXiv] [episode]
  23. Unitary fault-tolerant encoding of Pauli states in surface codes [arXiv] [episode]
  24. Computationally efficient goodness-of-fit tests through kernelized Stein discrepancy [arXiv] [episode]
  25. MiniScope: Authorizing Agents with Least-Privilege Permissions [arXiv] [episode]
  26. InStyle: Instant Appearance Stylization of 3D Shapes [arXiv] [episode]
  27. Impact of Magnetic Field Topology on Electromagnetic and Gravitational Waves from Binary Neutron Star Merger Remnants [arXiv] [episode]
  28. Speak to a Protein: An Interactive Multimodal Co-Scientist [arXiv] [episode]
  29. Direct measurement of coherent nodal and antinodal dynamics in underdoped Bi-2212 [arXiv] [episode]
  30. Fusion rules of mobility [arXiv] [episode]
  31. SchemaGraphSQL: Efficient Schema Linking with Pathfinding Graph Algorithms for Text-to-SQL on Large-Scale Databases [arXiv] [episode]
  32. The Linear Geometry of Interpretable Tokens: Jailbreaking Attacks and Defenses for Unlearned Diffusion Models [arXiv] [episode]
  33. Modular Aggregation as a Debiasing Method for Non-Stationary Discrete Sources: Convergence and Numerical Validatio [arXiv] [episode]
  34. Self-sustained Josephson dynamics and self-trapping in supersolids [arXiv] [episode]
  35. Large Pretraining Datasets Don't Guarantee Robustness after Fine-Tuning in Image Classification [arXiv] [episode]
  36. Diffusion Model-Based Video Editing: A Survey [arXiv] [episode]
  37. Tunable spectral correlations of highly multimode visible light via broadband quantum frequency conversion [arXiv] [episode]
  38. Interactive Imitation Learning in Robotics: A Survey [arXiv] [episode]
  39. dOPT: Differentiating Conic Optimization via Geometric Reduction [arXiv] [episode]
  40. Trace-class spectra of irreducible Gaussian quantum Markov semigroups [arXiv] [episode]
  41. Refusal-Gated Decoding: Preserving Refusal Behavior Under High-Temperature Sampling [arXiv] [episode]
  42. UniPose9D: Universal Category-Agnostic Object Pose Estimation [arXiv] [episode]
  43. RefGC-SR squared: Reference-guided Super-Resolution and Refinement of AI Generated Content [arXiv] [episode]
  44. What Users See Is Not What Models Read: Split-View PDFs in Document-to-LLM Supply Chains [arXiv] [episode]
  45. Learning Visual Feature-Based World Models via Residual Latent Action [arXiv] [episode]
  46. Finding Memory Leaks in C/C++ Programs via Neuro-Symbolic Augmented Static Analysis [arXiv] [episode]
  47. A Phase-Space Geometric Measure of Magic in Qubit Systems [arXiv] [episode]
  48. Gravitational self-lensing of Fast Radio Bursts in neutron star magnetospheres: II. Applications to strong repeaters and the CHIME population [arXiv] [episode]
  49. Adaptive Bidirectional Task Interaction for Joint Segmentation and Classification of Breast Ultrasound [arXiv] [episode]
  50. Trapped Ion Qubit Gates and Entanglement Driven by an Integrated Photonic Laser [arXiv] [episode]
  51. QUASAR: Lowering the Loss Floor of Quantization-Aware Training with Loss-Aware Reconstruction [arXiv] [episode]
  52. Multi-Scale Structural Features for Continual, Comprehensible Visual Recognition in a Developmental Learning Framework [arXiv] [episode]
  53. 3D-DefectBench: A Controlled Factorial Study of Vision-Language Model Evaluation Pipelines for Fine-Grained 3D Generation Defects [arXiv] [episode]
  54. Reinforcement Learning over Predictive Distributions for LLM Regression [arXiv] [episode]
  55. PlotPick: AI-powered batch extraction of numerical data from scientific figures [arXiv] [episode]
  56. Rethinking Adapter Placement: A Dominant Adaptation Module Perspective [arXiv] [episode]
  57. Algorithm Selection with Zero Domain Knowledge via Text Embeddings [arXiv] [episode]
  58. TabiBERT: A Large-Scale ModernBERT Foundation Model and A Unified Benchmark for Turkish [arXiv] [episode]
  59. Exploring a Cosmic-Ray Inverse-Compton Origin to the SZ-to-X-Ray Pressure Deficit in the Cool Core Cluster ZwCl 3146 [arXiv] [episode]
  60. Mind-the-Glitch: Visual Correspondence for Detecting Inconsistencies in Subject-Driven Generation [arXiv] [episode]

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