The Biological Computing Company 用活体大鼠脑细胞探索 AI 构建方法，AWS 合作落地
🐀 Scientists are using living rat brain cells to explore better ways to build artificial intelligence. The Biological Computing Company stimulates neurons with electrical signals, records their responses, and translates useful patterns into software. The cells stay in the lab and the resulting software runs on conventional computer chips. Amazon Web Services is partnering with the startup to bring its technology to customers. The company claims major speed improvements in its first application, though broader performance remains unproven. The bigger question is whether studying real neural networks can consistently reveal computing techniques that help us design more efficient and capable AI systems.
The Biological Computing Company 用活体大鼠脑细胞探索更好的 AI 构建方法：用电极向神经元发送电信号并记录反应，再把其中有用的计算模式转成运行在普通芯片上的软件，细胞本身留在实验室。Amazon Web Services 正与该初创公司合作，把这项技术带给客户。公司称首个应用让现有 AI 视频模型运行速度最高提升 5 倍，但更广泛的性能尚未得到验证。
视频展示了活体大鼠脑细胞被电信号刺激并转成代码的过程，可围绕 AWS 合作与首个应用提速 5 倍的说法做热点评论。
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数字来自平台，为最近一次抓取时的数据。
以下是视频口播的自动转写，可能有错字。
So, this chip is covered in living rat brain cells, and researchers are turning patterns in their activity into computer code.
The biological computing company is using these neurons to search for better ways to build artificial intelligence. Those tiny electrodes send electrical signals into the cells and record the responses.
Researchers can then encode an image into a pattern of stimulation, then measure how the living network processes that information.
Then they look for useful computational patterns, and translate what they discover into software that runs on ordinary computer chips.
So, the biology helps develop the software, and the cells themselves stay in the lab. And what's really cool is that amazon web services is now partnering with the company to bring that software to customers.
And tbc claims its first application makes an existing ai video model run up to 5 times faster. But the bigger question is whether this approach can consistently uncover useful computing techniques.
For decades, brains have inspired artificial intelligence, but now researchers are directly probing living neurons for ideas about what to build next?
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来源：TikTok · Rowan Cheung · tiktok.com