Next up in our Bühler Talks series:
Prof. Bernhard Spitzer (TU Dresden)
"On Levels of Abstraction in Visuospatial Working Memory"
July 9, 5 PM (CEST) | 📍FAL 158 + Zoom
Zoom link: tu-dresden.zoom-x.de/j/6464455404...
Reception to follow, everyone welcome!
#TUdresden #BühlerTalks
Next up in the Bühler Talks:
We’re excited to host Prof. Deborah Talmi (University of Cambridge) for a talk on:
“What would I feel tomorrow: Towards a computational understanding of subjective pain experiences”
🗓️ June 25, 2025, 5pm (CEST)
Online (Zoom): tu-dresden.zoom-x.de/j/6464455404...
📢 Bühler Talks – Summer 2025
🧠 Kai Hwang (Univ. Iowa)
🗣 “Context representations in the human cognitive thalamus”
🕔 April 30, 5pm
🔗 Info & Zoom: tud.link/hn6kdp
On how the thalamus supports flexible, goal-directed cognition.
@tudresden.bsky.social #BühlerTalks #TUdresden
📢 Bühler Talks – Summer 2025
🧠 James Heald (UCL, UK)
🗣 “Contextual inference underlies the learning of sensorimotor repertoires” 🕔 June 4, 5pm (CEST)
Zoom: tu-dresden.zoom-x.de/j/6464455404...
@tudresden.bsky.social
#BühlerTalks #TUdresden
--> New paper out in Communications Psychology!
Using modelling and behaviour, we show that a value-free repetition mechanism is a distinct driver of choice, even during value-based decision making.
📄 doi.org/10.1038/s442...
📢 Bühler Talks – Summer 2025
🧠 Jill O’Reilly (Univ. Oxford, UK)
🗣 “The representation, use and updating of priors in the human brain” 🕔 May 28, 5pm
Zoom: tu-dresden.zoom-x.de/j/6464455404...
@tudresden.bsky.social
#BühlerTalks #TUdresden
My first article for @theconversation.com is an attempt to share my enthusiasm about adaptive Deep Brain Stimulation with the general public. theconversation.com/smart-brain-...
Full professorship in general psychology open @tudresden.bsky.social
We are a lively department with a fantastically equipped neuroimaing center. DM me with questions.
@dgps.bsky.social @dgps-fgal.bsky.social @biodgps-dgpa.bsky.social
tu-dresden.de/vacancy/12517
Stefan Kiebel
Using a sequential decision making task and cognitive modelling, this study shows that human decisions are best explained by a combination of repetition bias and goal directed reward-based behavior.
@benjwagner.bsky.social
www.nature.com/articles/s44...
Stefan Kiebel
Stefan Kiebel
Stefan Kiebel
Stefan Kiebel
Stefan Kiebel
Very happy that this is out www.nature.com/articles/s44.... Together with @stefankiebel.bsky.social we show that decision biases in context-dependent decision making, previously attributed to different forms of value normalization, are very well explained by habit-like action repetition.
Prof. Vladimir Litvak
Philipp Kanske
Communications Psychology
Ben Jonathan Wagner
Using a sequential decision making task and cognitive modeling, we show that human decisions are best explained by a combination of repetition bias and goal directed reward-based behavior.
This study shows that decision biases previously attributed to value normalization (e.g. relative value learning or range normalization) are better explained by action repetition. Repeating an action ...
Using a sequential decision making task and cognitive modeling, we show that human decisions are best explained by a combination of repetition bias and goal directed reward-based behavior.
