@synaptic_soph interesting, the inhibitory effect reminded me of 5-MeO-DMT, which likely acts via 5-HT1A receptors, even though 1As seem to generate the effect opposite of 2A. Do you have the ideas of how that can come about?
@realJoshSiegel@CarhartHarris@LeorRoseman Doesn't it contradict to the results that psilocybin leads to the increased connectivity? https://t.co/ij482pZAdt - or i am misunderstanding the results?
Very happy to share this little tribute to Albert Hofmann at the Bern Historical Museum ✌️👽✌️ Thank You, Albert, for another chance at life 🧠https://t.co/ObzegeTlYS
@VisionSymmetric@algekalipso I am trying to understand how the symmetrification progresses. What are the axes of symmetry? Which parts of the texture get copied and inserted? Feels like there are many local axes of symmetry?
@samuel_b_phd@algekalipso Are there some other principles that such encryption exploits besides the effect of tracers? So far I've seen only the encoding methods relying on you having tracers but not some other visual effects
@HDourron Aha thanks, I was thinking more about about the beliefs about the mechanism of action: localization of 2a receptors, overconnectivity of brain regions etc
@llms_are_coming @algekalipso I also didn't get that bit. If you decompose the activity vector into the connectome eigenmodes, then you can represent the evolution of activity vector as the weighted sum of eigenmodes where weights change in time. Where do waves appear there?
😍ExA-SPIM: new clearing+ expansion method, new microscope with large field of view & working distance. 3D connectomics in whole mouse, macaque & human brains at diffractionlimited resolution @adam_k_glaser@AllenInstitute@svoboda314@HHMIJanelia
https://t.co/627FOzcXMJ
Cholinergic input to mouse visual cortex primarily signals a movement state signal, with virtually no activation in response to visual stimuli or prediction errors. https://t.co/4QkEUvQUj5