AI

在AI指导下探索水质对水培白菜、泡泡水和意式咖啡的影响，通过KH/GH测量发现跨领域知识迁移的复利效应，体会量化与好奇心的力量。

Using AI to explore water quality across hydroponics, bubble solutions, and espresso. How KH/GH measurements and AI guidance transformed my understanding of everyday water chemistry.

探讨AI如何通过速度和并行而非智能来变革创意。当时间被压缩、空间被展开，创造从深思熟虑转向遍历筛选，从线性推进变为反馈驱动的进化系统，人类角色也从创作者转向边界设计者。

Explores how AI transforms creativity through speed and parallelism rather than intelligence. When time compresses and space expands, creation shifts from deliberation to exhaustive search, from linear progression to feedback-driven evolutionary systems.

用AI拆解银行推荐的结构化票据，理解其收益结构、期权原理和隐含权衡，无需金融背景也能看透产品设计逻辑。

Use AI to demystify structured notes and understand their payoff structure, option mechanics, and trade-offs without financial expertise.

探索AI如何处理非结构化语料，利用百万级上下文窗口让AI阅读三年微信群聊记录，并通过反思-提取-构建的循环协作方式，从中提炼出关于AI协作的深刻洞见与结构化知识。

Fed 3 years of messy WeChat history into GPT-4.1's 1M token window—it synthesized themes, generated insights, and wrote a cohesive book about AI collaboration.

通过模拟购车场景实测OpenAI Deep Research，展示其如何大幅提升调研效率、解放脑力进行更深层思考，以及重新定义问题边界的认知炼金能力。

A hands-on exploration of OpenAI Deep Research through a simulated car-buying scenario, demonstrating how AI elevates research efficiency and enables deeper strategic thinking about negotiation and decision-making.