Research to discover and understand how the brain receives and encodes sensory input, and processes the information for body movements and cognitive decisions.
We got ready to start our two-day symposium on frontiers topics in vision science! We are delighted to welcome our 15 invited speakers, poster presenters, and participants from all over the world! https://t.co/zAkyXeV17t #neuroscience#science#visionscience
Our summer school takes a Sunday pause. A well deserved break from 6 days of intensive learning and we meet again before our symposium commences. https://t.co/4HT0DHv1IU…
Today, our Systems Vision Science Summer School 2023 🧑🔬in Tübingen, Germany, is still in full swing. Next week, the Systems Vision Science Symposium is starting off! 📷We are excited for what is to come! 📷https://t.co/d2fax9Giz7 #science#neuroscience#symposium#vision#MINT
Participants of our Systems Vision Science Summer School & Symposium 2023 are getting ready for a group shot...! 📸More information here: https://t.co/d2fax9Giz7 #science#neuroscience#vision#summerschool
How does vision work?👁️Starting today, the Systems Vision Science Summer School & Symposium will address questions like this with more than ten days of lectures, exercises, and invited talks! Learn more at: https://t.co/jtY1p5rTzM #neuroscience#science@uni_tue@BernsteinNeuro
Direct eyes to the central cross in A, B, C, and D, (no peeking), in which image can you see the large ring centered on the cross, from easiest to the most difficult? Vote in the next tweet in the thread, please RT. Explanation in https://t.co/5v2wYFKjAQ