Hot eventLive
研究揭示LLM思维惯性:显式推理难以关闭
1 reports1 sources3 hr ago updated
Get the story
AI overview
2026年10月9日,arXiv Computation and Language 发表一手研究,提出“Thinking Inertia”(思维惯性)现象。研究称,当LLM被要求停止思考时,显式的 no-think 控制无法可靠消除其可见推理;在严格控制条件下,显式推理仍然持续存在,并且随着答案空间更加开放,这一现象更为普遍。该研究揭示了当前显式推理控制机制的局限。
Generated from reports · updated 3 hr ago
LatestOct 9
新研究提出LLM“思维惯性”现象:显式no-think控制无法可靠关闭可见推理。Timeline
Follow the coverage from different angles.
Oct 9, 2026
- arXiv · Computation and LanguageThinking Inertia:LLM 被要求停止思考时仍持续推理
研究提出"Thinking Inertia"现象:显式的 no-think 控制无法可靠消除 LLM 的可见推理,严格控制下显式推理仍持续存在,且随答案空间开放更普遍。
Heat trend
Current heat 9·Comparable peak 10(Oct 9)·Comparable change over 24 hours –
The trend compares only the same participants observed continuously; its range may be smaller than the current heat count. Move or click on the chart to inspect hourly heat; use the left and right arrow keys to switch.