Rohan Paul@rohanpaul_ai

2026-06-25 02:25·8天前

AI 摘要

AI 生成假设的速度已超过湿实验室验证能力。Tetsuwan 构建了浏览器端云生物学平台：研究者上传或描述实验协议，添加样本、体积、浓度、处理条件、仪器设置等变量，ResearchOS 将其转化为可编辑的实验规范，再编译为机器人可执行脚本（PDL/VDL 语言捕获流程与变量上下文，Ariadne 转为机器人指令）。用户可远程审查与模拟，随后云实验室自动执行，无需进入物理实验室。平台经两年试点验证，今年晚些时候将上线首项服务，聚焦蛋白质设计功能筛选。

This is so cool. Tetsuwan is building a browser-based cloud biology lab.

Because， AI can now generate hypotheses faster than wet labs can test them

So with Tetsuwan， the researcher uploads or describes a protocol， adds variables like samples， volumes， concentrations， treatments， and instrument settings， and ResearchOS turns that into an editable experiment specification.

That specification is then compiled into a robot-executable automation script； Tetsuwan also says its PDL and VDL languages capture the procedure and variable context， while Ariadne turns the finalized syntax into robot instructions.

Before the run， the user can review and simulate the protocol， then the cloud lab executes it without the researcher physically entering the lab.

Software became powerful because instructions could be copied， inspected， rerun， and improved without depending on the hand of the person executing them.

Wet-lab biology has never fully had that luxury， but now things are changing.

Cristian PonceAutomating the lab bench is the best thing we can do for AI in biology. Most experiments are still run by hand. Every biologist's handiwork is unique and every ...

产品更新数据/训练

在 X 查看原推

Rohan Paul@rohanpaul_ai · X

48导出 Markdown

2026-06-25 02:25·8天前

在 X 看原推· x.com

AI 摘要

This is so cool. Tetsuwan is building a browser-based cloud biology lab.

Because， AI can now generate hypotheses faster than wet labs can test them

So with Tetsuwan， the researcher uploads or describes a protocol， adds variables like samples， volumes， concentrations， treatments， and instrument settings， and ResearchOS turns that into an editable experiment specification.

That specification is then compiled into a robot-executable automation script； Tetsuwan also says its PDL and VDL languages capture the procedure and variable context， while Ariadne turns the finalized syntax into robot instructions.