This is not a satisfactory answer. I can also say that we can get low-d dynamics from high-d systems, given the low-d inputs and task complexity!

The burden of proof is on the Manifold hypothesis!
A growing number of studies point to the high dimensionality of the observed dynamics under more naturalistic conditions.

www.nature.com/articles/nat...

www.biorxiv.org/content/10.1...

www.nature.com/articles/s41...

www.cell.com/neuron/fullt...

This is slightly different; nevertheless, it is a very good paper.
But I always come back to this study (Mainen and Sejnowski, 1995) for its emphasis on spike timing.

❤️ Thanks Ali!

Thanks! The talks from second day are also uploaded? I think last time I checked, it wasn't the case!

I don't see a connection here between neuromatch and your repost! Neuromatch has delivered exactly what it promised by offering invaluable training to thousands of students (myself included) when the world was shut down and it continues to do so!

Yes, You're right! Affinity is a direct competitor of Adobe suite. I'm sure there are more features available in Affinity and they are more up to date!

Thanks for your suggestion. Indeed, it does help with the flow of progress (which is very important in itself). I think the question remains on how to keep up with the big picture, combining all these subsections, making them consistent and well-sounding!

I think I have enough time to check them both (full kidding :).
But thanks, I will revisit both!

Indeed, this is a nice template.
I modified Nexmoe template nexmoe.github.io/nexmoe.css/i....
Now I'm quite happy with the results and it was worth the time! Nosratullah.github.io