Slide deck from recent Thomas A Carlson Tutorial with Tim Behrens on "Representing States and Spaces." 4.5 hours, ~200 slides and we covered almost 2/3 of them! A public-speaking Everest :) 1/3 neurokim.com/2019/09/13/rep…

Happy to share my first PhD project as a #preprint. We introduce DeepInsight: A general framework for interpreting wide-band neural activity. Can be applied on unsorted neural data + calcium imaging to decode continous behaviour or stimuli. Paper: biorxiv.org/content/10.110…

Postdoctoral job alert: There will be one, if not two openings for postdoc positions in my lab in late summer/fall. Join us in Lübeck, Germany, and do cool behavioural and neuroscience on neural dynamics, ageing, sensory decline with us! DM me any time. Obleser Lab Universität Lübeck

Want to do #eyetracking in #fMRI without eye tracker? Check out our #preprint! Markus Frey & I developed #DeepMReye, a #DeepLearning framework to decode gaze position from the MR-signal of the eyeballs. No camera needed! w/DoellerLab biorxiv.org/content/10.110… Thread below! 👇

First journal paper of the PhD is out! Hooray! 🎉 We introduce THINGSvision, a Python toolbox for streamlining the extraction of DNN representations. Paper: frontiersin.org/articles/10.33… GitHub: github.com/ViCCo-Group/TH… 1/n

Happy to announce a new preprint by fantastic PhD candidate Philipp Kaniuth (not on Twitter)! We demonstrate the power of feature-reweighted RSA (FR-RSA) for improving representational similarity analysis. 🧵biorxiv.org/content/10.110…

Excited about our new preprint! biorxiv.org/content/10.110… Here, we investigate how multiple hippocampal cognitive maps are used for generalization, and the role the orbitofrontal cortex plays in updating hippocampal world models competing for behavioral control.

Watch the full "poster"-presentation at #SfN21 - P878.01 🔗(SfN login) eventscribe.net/2021/Neuroscie…

#DeepMReye is out! Use #deeplearning to perform #eyetracking in #fMRI without camera! nature.com/articles/s4159… Markus Frey & I are thrilled to finally share our Code + Data + Notebooks + User Documentation + Paper Nature Neuroscience! With DoellerLab Kavli Neuroscience MPI für Kognitions- & Neurowissenschaften Thread below!👇1/7

Interested how the 🧠 integrates knowledge about structure & reward contingencies for generalization and inference? Check out my poster MT721 with Mona Garvert Stephanie Theves @stephanie-theves.bsky.social DoellerLab at #OHBM2022 (Mon: 12:15 & Tue: 1pm)

There has been a lot of progress in our understanding of how the brain organises relationships in cognitive maps. But how is this knowledge used when guiding novel choice? Work with Tankred Saanum, Helmholtz Institute for Human-Centered AI, Nico Schuck & DoellerLab now in Nature Neuroscience rdcu.be/c83tL

Special thanks to Heidrun Schultz & @pauluspc for organizing and chairing. I am very excited to be part of this fantastic symposium and hope to see you at 3 pm, N6 PuG2023

Join us at #SfN23 and check out our posters on Wednesday, Nov 15 from 8am-12pm. Stop by for a chat and say hi 👋 #SfN2023 Society for Neuroscience (SfN) Society for Neuroscience Events MPI für Kognitions- & Neurowissenschaften

Our paper on an entorhinal grid-like representation of an abstract value space with Mona Garvert @jacobbellmund Nico Schuck DoellerLab is now out in Nature Communications! nature.com/articles/s4146…

One of my PhD projects is online! We show that category prototypes correspond to interpolated states in a cognitive map that guide cortical pattern completion during category-based decisions. w/ Mirko Thalmann, Helmholtz Institute for Human-Centered AI, DoellerLab, Stephanie Theves @stephanie-theves.bsky.social biorxiv.org/content/10.110…

#PuG2024 Join us today at 14.30 for a fun symposium on Cognitive Schemas and Memory Generlisation with Katja Kleespies, Charley Wu (@thecharleywu.bsky.social), Nico Schuck, @FFdeilmann, Monika Schönauer

Excited to finally share the preprint of the major study of my PhD! 🥳 With Rasmus Bruckner, Heidrun Schultz and Roland Benoit , we investigated whether we can learn from imagined experiences much the same way that we learn from actual experiences. 1/5 biorxiv.org/content/10.110…