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该论文提出 BoLe 双重判定框架，分析 AI 一键生成视频带来的服务型内容涌入如何打破内容生态平衡，并通过简化数学模型论证推荐池机制在内容增长超过阈值后必然失效。
这篇论文提出了一套基于心理学研究（特别是 Boden 的创造性三要素：新颖性、价值和惊讶）的创造性形式化公理，并给出了一个统一的数学创造性公式。该公式在评估国际象棋走法和 Picasso、Renoir 等画家的画作创造性上得到实验验证，显示出跨领域适用性。
This paper introduces VHD-Play, a pipeline that generates diverse agentic reinforcement learning environments by first solving mathematical models, significantly improving training for language-model agents like Qwen3.6-35B-A3B at low cost and extending to external benchmarks.
The paper introduces little m, an AI agent for industrial process optimization, and presents IPC-Bench, a multimodal benchmark dataset for evaluating LLMs on formulating mathematical models from industrial specifications.
Researchers use a mathematical model to show that introducing random variations in rewards enriches classic game-theory insights, allowing cooperation and defection to coexist in games like the prisoner's dilemma.
This paper mathematically models Classical Arabic morphology to argue against Saussurean arbitrary sign and postmodern semantic indeterminacy, proving that Arabic lexical meaning is structurally determined via root-pattern pairs and showing a complexity asymmetry over Indo-European languages.
This paper proposes a training-free, uncertainty-aware inference framework for using large language models in operations research. The method uses short lookahead simulations and importance resampling to improve the coherence of mathematical formulations, outperforming standard baselines on OR benchmarks.
This paper introduces a mathematical framework to study how reliance on shared LLMs for writing may reduce population-level linguistic diversity, analyzing fixed, recursive, and personalized interaction mechanisms and characterizing equilibria and convergence rates.
This post points out that the theoretical basis of SpaceX's algorithm comes from NASA Marshall Space Flight Center and Russian liquid rocket transient control theory, and recommends relevant papers.
This article introduces how to design and implement various foldable structures through mathematical modeling of 3D printing and origami engineering, ranging from simple mountain/valley fold hinges to complex thick-panel waterbomb tessellations and bistable Kresling springs, demonstrating the application of origami principles in thick-panel materials.