Has the interpretability of neural networks been solved by AI? 90% of neurons have only one function
The seemingly chaotic neurons consistently operate in a remarkably precise, well-organized manner—this fundamental biological ...
I've taken a moment to organize the developments from this past week. It was such an unbelievable week that, honestly, I ...
I called a function 1.17 million times for Hello WorldHello, this is Black Pug🐾GPT Chat Name: While traveling along the New National Route 2, I saw an image on X lining up Hello World in various ...
The fastest track and field athlete is no longer the Jamaican sprinter Usain Bolt. In fact, it is not a person at all: it is the Chinese humanoid robot Tiangong Ultra, which in August ran 100 meters ...
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How Recursion is leading a new era of AI-driven drug discovery AI drug discovery is not a new phenomenon – but it is evolving at an almost dizzying pace. Recursion is one of the earliest innovators in ...
Recursion's co-founder and long-serving chief executive, Chris Gibson, has switched to the role of company chair, and will be succeeded in the CEO role by R&D and commercial head Najat Khan. The ...
Our view on the emerging challenges facing frontier AI organisations, the technical practices most urgently needed to meet them, and how we will work with industry and others to develop them.
过去几年，AI 可解释性领域有一个令人沮丧的前提：神经网络是一团打了死结的线团。当神经元数量不够用，模型就会把毫不相干的概念折叠塞进同一个神经元，因为它们恰好互不干扰。想读懂它，必须先训练第二个模型（比如稀疏自编码器 SAE）把结解开。这个被称为 ...
Die scheinbar chaotischen Neuronen arbeiten in Wirklichkeit schon immer in klarer, geordneter Weise – ein faszinierendes ...
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