Thrilled to announce our paper on memory reactivation due to context changes has been accepted by the Journal of Neuroscience!🎉It reveals insights into how our brains adapt to new environments by selectively reactivating long-term memories in working memory (WM).
I am thrilled to share that our paper "SuperAnimal pretrained pose estimation models for behavioral analysis" has just been published at Nature Communications! @mwmathislab https://t.co/QbbZKPqlK5. More details about our animal pose foundation models:
What kinds of minds and brains are possible? Can we define a space for cognitions? My talk on "Possible and actual Minds: Mapping the Cognition Space" delivered at UCLA https://2023symposium.ibp.ucla.edus is available here https://t.co/yMudMgfjbl
Our machine learning pipeline to analyze dissection photos is finally published in @eLife.
-Paper: https://t.co/HlrsgxYLqM
-Implementation in @FreeSurferMRI : https://t.co/p1bYofd7Pl
-Video: https://t.co/PENt3cDE6N
Work with @HTregidgo@therelaxationt1@AdrianDalca
& many others
Extended deadline (6/12)! RT Pls! Structural approaches to consciousness: Qualia Structure and Integrated Information Theory (2024/6/30). For details, see https://t.co/IULsuKpQWy
Speakers: Giulio Tononi (U WisconsinMadison) Masafumi Oizumi (U Tokyo) Nao Tsuchiya (Monash U)
Our latest preprint! It comes with freely available data and description of the paper in Youtube!
A neuroimaging dataset during sequential color qualia similarity judgments with and without reports https://t.co/8BQpDaeRHy
This paper addresses a typical concern on our hypothesis: that qualia are graded and that they don't follow a composition required category.
Enriched category as a model of qualia structure based on similarity judgements https://t.co/LJS3QDWBEt
1/ The first study on the effects of 2C-B has just been published! 🍭
By comparing 2C-B to #psilocybin it was found that the two drugs induced similar subjective alterations, with 2C-B possessing less experiential depth than psilocybin but greater euphoric and bodily qualities.
1/ 🧠🔍 New research alert! We've trained a neural network to predict brain responses to images, and then “dissected” the network to examine the selectivity of spatial properties across high-level visual areas. Discover more about our work: https://t.co/lyKsCZpJwj
What a cool paper characterizing neurons in the intermediate visual area V4. A great example of neuroscience ideas hopping to AI and back. Bonus: I think we found the trypophobia neurons 1/
Breaking news! ⚠️Neuromatch has partnered with NASA to launch a mission to Mars 🚀, where we will conduct experiments on the effects of microgravity on brain function. NMA 2023 students will qualify to be selected as cosmonauts for said mission 🧑🚀👩🚀👨🚀. Prepare your applications!
*The Entangled Brain* is out now! I wrote it with the general reader in mind, so if you want to learn about the brain from a fresh perspective give it a try.
I'll write some threads with some of the main themes soon 🧠
https://t.co/yBLcagKgOR
Our results can help generate labelled images to develop human-like AI!!! Nowadays, scientists are training AI to recognize images, but no one took a look at real humans’ free descriptions of images. What do we see from an image? Check out our paper at https://t.co/Oyt4QqP4N1