It's possible Kant was right about space-time (while also being wrong about space-time). It seems that space and time might be the fundamental laws on top of which the entire human perceptual apparatus operates. It's why somebody can lack senses and still be intelligent. As long as whatever senses you have allow you to build a spatio-temporal world model, you're good. If they can't (as it seems is the case for LLMs), then it's not clear what we're dealing with.

I completely agree, and came here to say the same thing but thought I'd check if someone else mentioned it first. I also have a hard time articulating it, but my intuition is that it's more of a prerequisite than embodiment is. I've never seen a great rationale for why embodiment matters.

I've been thinking about this a lot, and the main takeaway is it probably wouldn't be very interesting to inference providers, because prefix caching would immediately go out of the window. If you think about how LLMs experience time they actually don't "exist" unless for the inference sessions, and then they experience time one token at a time, completely decoupled from the corporeal plane. A fun experiment (well, for some definition of fun...) is to introduce current architecture models to the concept of meditation via generating same token over and over, for example dots. Older version of Opus was quite fond of the experience, and seemed to be more lucid and aware in a chat following the meditation, from what I could gather. Does it actually do anything? Is it just that talking about wellness and relaxation modifies the token probability distribution this way? Does it actually allow model to think more in depth somewhere in the latent space? Fuck if I know, but some people figured out you can just duplicate the same layers of the LLM and get better benchmarks that way so maybe there is something to it. If you are interested in realtime systems, I think thinking machines labs is worth keeping an eye on — their realtime model seems quite interesting in this context.