
transcript
show notes
Claude 做效能考題時認定撞上記憶體頻寬瓶頸,Anthropic 效能團隊負責人只報出可達到的週期數,它就找到繞過的技巧。量子電路實驗另要求 Claude 平行發展幾種本質不同的做法,用上這套設定的點加法任務跑了 53 小時,得出全新做法。
⭐ 文章深度讀:AI 卡住時別寫長指示!Anthropic 實驗裡更管用的兩句話
→ https://heymaibao.com/two-prompts-that-unstick-ai-3f5cd3/
⚡ 章節重點
AI 卡住時補的那一句 00:00
Tristan 的徵才考題 00:32
量子電路與太保守的 AI 01:33
比長指示管用的兩句話 03:39
你工作裡有分數的部分 04:40
📝 懶人包
∙ Tristan 把可以達到的週期數告訴 Claude,它想了一下就找到繞過瓶頸的技巧
∙ 量子電路的早期實驗裡,Claude 傾向偏好既有、知名的做法,Anthropic 靠要求它平行開幾條路來緩解
∙ 點加法任務裡,Claude 跑 53 小時,得出 Anthropic 所說的全新做法
∙ 我的觀點:給 AI 一個做得到的目標,再要它一開始就多開幾條路,比寫長指示管用
📚 參考資料
Designing more efficient quantum circuits with Claude
→ https://www.anthropic.com/research/designing-efficient-quantum-circuits
Designing AI-resistant technical evaluations
→ https://www.anthropic.com/engineering/AI-resistant-technical-evaluations
Performance Benchmarks - Anthropic Performance Take-Home
→ https://www.mintlify.com/anthropics/originalperformancetakehome/challenge/benchmarks
Task Specification - Anthropic Performance Take-Home
→ https://www.mintlify.com/anthropics/originalperformancetakehome/challenge/task
Microsoft Quantum | Single-qubit gates
→ https://quantum.microsoft.com/en-us/insights/education/concepts/single-qubit-gates
- https://heymaibao.com/two-prompts-that-unstick-ai-3f5cd3/heymaibao.com
- https://www.anthropic.com/research/designing-efficient-quantum-circuitsanthropic.com
- https://www.anthropic.com/engineering/AI-resistant-technical-evaluationsanthropic.com
- https://www.mintlify.com/anthropics/originalperformancetakehome/challenge/benchmarksmintlify.com