I find lots of good papers about C. Elegans and Zebrafish models, not sure if there’s a need or location for these in this project.
I can do layman tldr’s for some of these if there’s interest, although the Abstracts are usually the best.
I find lots of good papers about C. Elegans and Zebrafish models, not sure if there’s a need or location for these in this project.
I can do layman tldr’s for some of these if there’s interest, although the Abstracts are usually the best.
This would be an interesting discussion for research and theory. While Monty has the luxury of using very precise systems to determine location we still want to have a deep understanding of how the brain accomplishes this for the Thousand Brains Theory.
I chose those two because the first is published in a computation and AI journal and the second relates to spatial awareness neurology.
Hey @scidata! We highly encourage you to share some papers from the C. Elegans and Zebrafish models - a layman’s TLDR would be great (or even simply sharing some papers). It seems like the zebrafish paper you linked to applied some of the latest microscopy techniques (lightsheet imaging) on head direction cells, which is pretty cool. The C. elegans paper looks interesting as well - it’ll be interesting to know what theories have been developed for this organism since we have known its complete connectome since mid-1980s.
Human perception of a new color “olo”. Lasers are used on a cell by cell technique. This process aims for “programmable control over individual photoreceptors”.
A close approximation of the color ‘olo’ is provided in this introductory post.
Thanks for the update, @scidata!
Incidentally, we at the TBP Team heard of the news some time ago and lots of us expressed that we wanted to “experience” the color Olo!