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I've just opened summer MATS applications (where I'll supervise people to write mech interp papers) I'd love to get applications from any readers who are interested! Apply here, due Feb 28
As part of this, I wrote up a list of research areas I'm currently excited about, and thoughts for promising directions within those, which I thought might be of wider interest, so I've copied it in below:
Understanding thinking models
Eg o1, r1, Gemini Flash Thinking, etc - ie models that produce a really long chain of thought when reasoning through complex problems, and seem to be much more capable as a result. These seem like a big deal, and we understand so little about them! And now we have small thinking models like r1 distilled Qwen 1.5B, they seem quite tractable to study (though larger distilled versions of r1 will be better. I doubt [...]
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Outline:
(00:31) Understanding thinking models
(03:41) Sparse Autoencoders
(07:11) Model diffing
(09:56) Understanding sophisticated/safety relevant behaviour
(12:05) Being useful
(13:57) Investigate fundamental assumptions
The original text contained 1 footnote which was omitted from this narration.
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First published:
Source:
Narrated by TYPE III AUDIO.
I've just opened summer MATS applications (where I'll supervise people to write mech interp papers) I'd love to get applications from any readers who are interested! Apply here, due Feb 28
As part of this, I wrote up a list of research areas I'm currently excited about, and thoughts for promising directions within those, which I thought might be of wider interest, so I've copied it in below:
Understanding thinking models
Eg o1, r1, Gemini Flash Thinking, etc - ie models that produce a really long chain of thought when reasoning through complex problems, and seem to be much more capable as a result. These seem like a big deal, and we understand so little about them! And now we have small thinking models like r1 distilled Qwen 1.5B, they seem quite tractable to study (though larger distilled versions of r1 will be better. I doubt [...]
---
Outline:
(00:31) Understanding thinking models
(03:41) Sparse Autoencoders
(07:11) Model diffing
(09:56) Understanding sophisticated/safety relevant behaviour
(12:05) Being useful
(13:57) Investigate fundamental assumptions
The original text contained 1 footnote which was omitted from this narration.
---
First published:
Source:
Narrated by TYPE III AUDIO.
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