Reposted by @ssiestrup.bsky.socialSchubotz Lab @schubotzlab.bsky.social · 08/01/2026In this paper, we show that the brain can flexibly use available sensory information to predict hurdling movements, but at the same time also use top-down visual predictions when no visual information is provided. 021
Reposted by @ssiestrup.bsky.socialSchubotz Lab @schubotzlab.bsky.social · 08/01/2026We are proud to share the first publication of our cooperation project with the German Sport University Cologne! doi.org/10.1016/j.ne...doi.orgRedirecting 131
Reposted by @ssiestrup.bsky.socialMarius Boeltzig @mariusboeltzig.bsky.social · 21/07/2025New Paper Out! Why do some prediction errors (PEs) lead to changes in episodic memories and others do not? Our new research supports the idea that the size of the episodic PE plays a crucial role in shaping mnemonic and neural outcomes. These are the 4 most important results: 1225
Reposted by @ssiestrup.bsky.socialSchubotz Lab @schubotzlab.bsky.social · 04/06/2025Nina @nliedtke.bsky.social presented a poster showcasing her current work on initial prediction errors. Instead of inducing episodic memory errors, she focused on spontaneous errors arising during the first exposure to the experimental stimuli. 122
Reposted by @ssiestrup.bsky.socialSchubotz Lab @schubotzlab.bsky.social · 04/06/2025Marius @mariusboeltzig.bsky.social presented his poster on the influence of prediction error size on memory - showing that large prediction errors lead to distinct encoding of new episodes, while keeping old ones intact. 122
Reposted by @ssiestrup.bsky.socialSchubotz Lab @schubotzlab.bsky.social · 04/06/2025Sophie @ssiestrup.bsky.social presented a pre-data poster about her new project. In a line of studies, she will investigate how prediction errors can lead to the integration or segregation of memory traces using behavioural and fMRI data. 121
