HuggingFace

Self-Play Search Distillation for Large Language Model Reasoning

Improving reasoning abilities in Large Language Models (LLMs) requires high-quality data that exposes difficult decis...

AI 聚合
2026-09-30
HuggingFace

Selecting Diverse SFT Traces Improves Post-RL Generalization

Verified solutions are not equally useful for preparing reasoning models for reinforcement learning (RL). We present ...

AI 聚合
2026-09-30
HuggingFace

LeRF: Learning Reference Coordinate Frames for Perspective Taking Reasoning

Perspective taking is a fundamental component of spatial intelligence, requiring models interpret spatial relations f...

AI 聚合
2026-09-30
HuggingFace

CineSubBench: Evaluating LLMs on Long-Form Narrative and Cultural Understanding from Multilingual Movie Subtitles

Large language models are increasingly evaluated in specialized domains such as law, medicine, software engineering, ...

AI 聚合
2026-09-30
HuggingFace

Approximating Softmax in Pretrained LLMs: Model Sensitivity and Kernel Acceleration

On NVIDIA Blackwell B200, tensor-core throughput outpaces special-function exponential throughput by more than two or...

AI 聚合
2026-09-30
arXiv

Reasoning with Continuous Latent Diffusion

Continuous diffusion generates complete reasoning solutions through iterative refinement in latent space. We introduc...

AI 聚合
2026-09-29
arXiv

Distillation Defenses Easily Break After Reinforcement Learning

Distillation attacks copy the reasoning capabilities of closed-source large language models, allowing bad actors to r...

AI 聚合
2026-09-29
arXiv

A Unified Uncertainty Representation for Graph Neural Networks via Doubly-Spectral Stochastic Expansion

Reliable deployment of graph neural networks requires calibration, out-of-distribution (OOD) detection, and robustnes...

AI 聚合
2026-09-29
arXiv

Reinforcing Agentic Creativity in Scientific Ideation with Night Science

Large language models (LLMs) excel at structured, verifiable tasks, but their low-entropy bias can produce homogeneou...

AI 聚合
2026-09-29
arXiv

X-Reset: Scaling Object-Centric Reinforcement Learning via Cross-Embodiment Resets

Reinforcement learning (RL) in simulation can train dexterous manipulation policies without robot demonstrations, but...

AI 聚合
2026-09-29
arXiv

Failure-Transparent Agents: Benchmarking Post-Failure Reporting in Tool-Using Language Models

Tool-using agents can fail twice: a required tool can fail, and the agent can then report success without the evidenc...

AI 聚合
2026-09-29
arXiv

Shockingly Simple Self-retrospection Improves Agentic Models Without RL

People learn not only by repeating successful actions, but also by recounting and explaining their experiences, revis...

AI 聚合
2026-09-29
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