Dominic Gonschorek
@gonschorek_d
Postdoctoral researcher in the Euler Lab interested in visual neuroscience and machine learning.
Outside the lab, you will find me upside down. 🤸
ID:961155919278149632
https://dgonschorek.github.io/ 07-02-2018 08:33:23
485 Tweets
358 Followers
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🧠 Curious about how the brain adapts to sensory changes? CSHL's new Assistant Professor, David Klindt, is using NeuroAI to unravel this fascinating mystery! 🔍 David Klindt cshl.edu/david-klindt-j…
Monday, April 29th: Elated to be continuing our Sussex Vision series within World Wide Neuro 🧠🗺️ with Anna Vlasits (annaintegrated.bsky.social) talking about 'Inhibition in the retina'! Tom Baden
Here: youtube.com/watch?v=inyC8B…
Our exhibition about AI in Tübingen receives the Communicator Award! Thanks to Wiebke Ratzeburg and Guido Szymanska Stadtmuseum Tübingen and to all the students who put so much effort in conceptualizing and creating the exhibition!
Check out our new preprint where we uncovered how inhibitory interneurons in the retina process color information in their dendrites.
biorxiv.org/content/10.110…
By Marili Korympidou Sarah Strauss
w/ Timm Schubert Katrin Franke Anna Vlasits (annaintegrated.bsky.social) & Philipp Berens
See x.com/AnnaIntegrated…
![Aligning latent representations of neural activity [Review] rdcu.be/c0zz2 With @evadyer we ask how recordings across times, conditions or animals can be aligned. No supervised signals needed! Try the codes here: nerdslab.github.io/neuralign/](https://pbs.twimg.com/media/FirJmRKVQAAmrF8.jpg "Kording —-& Lab 🦖 (@KordingLab) on Twitter photo 2022-11-28 19:26:03 Aligning latent representations of neural activity [Review] rdcu.be/c0zz2 With @evadyer we ask how recordings across times, conditions or animals can be aligned. No supervised signals needed! Try the codes here: nerdslab.github.io/neuralign/")
![Ever wondered how closely #fMRI brain networks reflect a neural underpinning❓ We address this using simultaneous fMRI & widefield Ca²⁺ imaging in mice, and the answer is… complicated! 👉🧵[1/n] Jointly supervised by @EvelynMRLake & @PessoaBrain nature.com/articles/s4146…](https://pbs.twimg.com/media/GDFutuGXYAA5SZ5.jpg "Hadi Vafaii (@hadivafaii) on Twitter photo 2024-01-05 15:55:25 Ever wondered how closely #fMRI brain networks reflect a neural underpinning❓ We address this using simultaneous fMRI & widefield Ca²⁺ imaging in mice, and the answer is… complicated! 👉🧵[1/n] Jointly supervised by @EvelynMRLake & @PessoaBrain nature.com/articles/s4146…")