Schubotz Lab

@schubotzlab.bsky.social

We are the Schubotz Lab at the University of Münster - we study event processing, learning and decision making, and the role of predictions in human cognition. https://www.uni-muenster.de/PsyIFP/AESchubotz/en/index.html

I'm excited to share our new paper about initial prediction errors, which arise spontaneously at first exposure to coherent novel stimuli. In this study we investigated the neural and mnemonic consequences of initial PEs compared to those of experimentally induced PEs. doi.org/10.1016/j.ne...

How do gaze patterns and hand movements differ between actors in naturalistic manipulation tasks when one person's action respond to the other's? New research from our lab, led by post-doc Anoush, using eye tracking and motion capture elucidates these processes. www.frontiersin.org/journals/psy...

Frontiers | Analyzing Gaze and Hand Movement Patterns in Leader-Follower Interactions During a Time-Continuous Cooperative Manipulation Task

In daily life, people often interact by taking on leader and follower roles. Unlike laboratory experiments, these interactions unfold naturally and continuou...

frontiersin.org

New 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:

The first group of students from the new cohort of the interdisciplinary master’s in cognitive neuroscience visited us for their lab rotation this week. Each group learns about the analysis of MRI data, techniques in brain imaging, and the research interests and activities of our group.

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Our lab member Benjamin Jainta successfully defended his PhD! In a great presentation, he summarised his work about prediction errors in episodic memory and highlighted effects of repetition, repeated learning, agency, and perspective.

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Went to my first PUG conference in Hamburg last week - presented some very fresh analyses on memory representations after prediction errors, and got lots of interesting new input on all things cognitive neuroscience.

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