COSYNE 2022

Our lab participated in this year’s Computational and Systems Neuroscience (COSYNE) conference, which took place in Lisbon, Portugal. We investigated intriguing new properties of saccade-related motor bursts in the superior colliculus (SC). A popular view of these bursts is that they dictate moment-to-moment eye movement execution properties. However, our results suggest that these “movement commands”[…]

Tenth CIN-NIPS Symposium

We were very happy to host the tenth CIN-NIPS Systems Neuroscience Symposium this year, which took place last week. The event was online this time due to the pandemic situation, but it represents a continuous tradition of bilateral symposia between our institute and the National Institute for Physiological Sciences in Okazaki, Japan. The symposium featured[…]

31st Zürich, Münich, Tübingen Oculomotor Meeting

Our lab is participating in this year’s ZüMüTü meeting! Last year, the meeting was canceled because of the pandemic. This year, it was decided to hold a slightly smaller meeting online, hosted by our colleagues in Zürich. We are very happy to revive such a tradition in the local region. Our lab is presenting several[…]

CIVIS tripartite neurosciences symposium

We are happy to be part of the online CIVIS Tripartite Neurosciences Symposium, featuring our university, Sapienza University of Rome, and Aix-Marseille University. CIVIS is a European civic university linking 10 different university campuses, and its aim is to promote excellence in training, research, and innovation. The symposium that we are a part of is[…]

NeNa 2021 Conference

Our lab participated in this year’s NeNa 2021 Annual Conference. NeNa is a conference in Tübingen by and for junior neuroscientists. It allows all of our neuroscience graduate students to share their new results with their peers, and it also gives the students a chance to experience great keynote speeches by more experienced scientists from[…]

New paper at eLife on interactions between vision and eye movements

  We have a new paper published at eLife, led by Antimo Buonocore, Xiaoguang Tian, and Fatemeh Khademi. In this study, we showed that at the time of triggering for a saccadic eye movement, any neural action potential in the superior colliculus (SC), regardless of what is causing this action potential, modifies the movement trajectory. Therefore,[…]

New GUI interface for U’n’Eye!

Tim Näher (ESI, Frankfurt) just created a GUI interface in Matlab for our U’n’Eye algorithm for classifying eye movements. His application can be downloaded on GitHub. Our algorithm’s details are here: Bellet, M. E.*, Bellet, J.*, Nienborg, H., Hafed, Z. M.**, & Berens, P.** (2019). Human-level saccade detection performance using deep neural networks. Journal of[…]