Extremely happy to see this one finally out! Big chunk of the work I did while at @BenucciLab and @RIKEN_CBS with a wonderful team. And huge thanks to @HFSP for their support and for making it possible!
Congratulations @BolanosFederico ! Impressive work that he did here to reveal how mice can encode texture information in visual areas and how they might be using it during decision-making
New lab preprint by @BolanosFederico@orlandiResearch and collaborators. We demonstrate texture vision in mice, revealing “efficient” coding principles underlying the neural representations of texture images. 1/6 https://t.co/hGKltQ2Jq2
Congrats to my friends Yasunori Hayashi & Akihiro Goto on their new paper; a powerful new tool for temporal control of LTP erasure and beautiful application in defining windows of plasticity required for memory stabilization in the hippocampus & ACC https://t.co/8Kkre3uLjh
Join our Brain Science Training Program, a comprehensive neuroscience lecture series for grad students/postdocs, running from October to June. https://t.co/jZtxzuV20V
✨🔬 #OpenScope: A shared observatory for #neuroscience — is now accepting experimental proposals from external scientists. #openscience
• Letter of Intent Due: 9/22
• Proposal Due: 11/22
Visit: https://t.co/P7y413zb0B
Our paper “Organization of feedback projections to mouse primary visual cortex” is now out in print!
(https://t.co/Uh3j1F4nWT) Different parts of mouse V1 get diverse inputs from the rest of the brain. Feedback projections from HVAs target V1 regions with matched retinotopy. 1/n
Webinar: Diversity in #BrainResearch in S-E Asia: a #gender perspective. Despite recent progress, #stereotypes continue to limit women's participation in research. Join us to discuss paths to #equity.
📆11 May - 4 pm CST/ 5 pm JST
➡️Info & registration https://t.co/OapHDxDzAi
Network Neuroscience (2021) 5 (2): 373–404.
Inferring network properties from time series using transfer entropy and mutual information: Validation of multivariate versus bivariate approaches
https://t.co/ohFLRW7mVp
by @novelli_leo & @jlizier
Accepted! https://t.co/B3hsMjTe1f "Criticality in spreading processes without time-scale separation and the critical brain hypothesis" Extremely proud of the work that @DanKorchinski did while in Calgary. Tweeprint to follow soon!
👉Check out our new review on Active Turbulence! We sort different types of active chaotic flows into classes. We discuss routes to turbulence, scaling laws, universality, and energy cascades. And from the mess, we distill the general emerging picture. 😃
https://t.co/YA2teNEL7l