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MIT's John W. M. Bush 团队综述其关于导波流体动力学的研究：振动液面上行走的液滴表现出此前认为仅限于量子领域的现象，研究者由此建立了宏观与微观量子导波理论之间的数学桥梁。
提出 PhysClosureBench 基准，包含 50 项专家验证的物理研究任务，用 Atomic Score 与 Research Closure (RC0-RC4) 评估 AI 智能体完成科学闭环的能力；七款前沿模型中 Claude-Opus-5 得分最高 (6.29/10)，但仅 32.7% 的尝试达到完全闭环，揭示了局部科研成果与完整研究闭环之间的持续差距。
Elon Musk说Starship将通过在轨部署更大型望远镜、甚至在月球上建造巨型望远镜来极大扩展物理研究的能力，此前该火箭首次成功入轨。
This article investigates picosecond depairing currents in type-II superconductors, contributing to the understanding of superconducting dynamics.
A social media post lists ten ambitious technological challenges, such as curing diseases, achieving quantum gravity, and building futuristic technologies, emphasizing the need to accelerate progress.
The largest dark matter detector has identified a single anomalous particle, marking a potential breakthrough in the search for dark matter.
This article describes the creation of a 6-Tesla-class high-temperature superconducting dipole magnet operating at 4.2 Kelvin, advancing superconducting magnet technology.
PRL-Bench is a comprehensive benchmark for evaluating LLMs' capabilities in frontier physics research, constructed from 100 curated Physical Review Letters papers across five physics subfields. The benchmark reveals significant gaps in current LLM performance (best scores below 50%), designed to test end-to-end research workflows, complex reasoning, and autonomous exploration.