Richard Schweitzer

Richard Schweitzer

Postdoc in Vision Science

Centro Interdipartimentale di Mente e Cervello / Università di Trento

Richard Schweitzer is a vision scientist with a focus on computational models of the visual system which are empirically grounded in experiments using combinations of human psychophysics, eye and motion tracking, and M/EEG. He is currently assegnista di ricerca at the CIMeC where he works with Christoph Huber-Huber on the potential link between active vision and hippocampal mechanisms.

During his PhD in Martin Rolfs' lab, he investigated the extent and the potential function of intra-saccadic vision. As a postdoc at the Berlin-based cluster of excellence Science of Intelligence he previously worked on the mechanisms underlying visual stability, not only in humans, but also in (custom-built) robots.

In his work he is passionate about applying novel technologies and paradigms, building his own research equipment, developing useful and publicly available methods and algorithms, and contributing to Open Science. He has more than 10 years of experience in experimental research, programming, data analysis and statistics, scientific communication and writing, supervision and teaching.

Interests
  • Vision around and during eye movements
  • Sensorimotor control and learning
  • Visual stability
  • Research methods
  • Time perception
  • Computational modeling of visual processes
Education
  • Dr. rer. nat. Experimental Psychology, 2020

    Humboldt-Universität zu Berlin / Western Sydney University

  • M.Sc. Mind and Brain, 2016

    Humboldt-Universität zu Berlin / Bar-Ilan University

  • B.Sc. Psychology, 2013

    Universität Potsdam / Università degli studi di Milano-Bicocca

Publications

Feel free to contact me in case the access to any of these publications is restricted.

(2023). Lawful kinematics link eye movements to the limits of high-speed perception. In bioRxiv.

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(2023). Saccadic omission revisited: What saccade-induced smear looks like. In bioRxiv.

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(2022). Definition, Modeling, and Detection of Saccades in the Face of Post-saccadic Oscillations. In Eye-tracking. Background, Methods and Applications.

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(2022). Coupling perception to action through incidental sensory consequences of motor behaviour. In Nature Reviews Psychology.

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(2021). Intrasaccadic motion streaks jump-start gaze correction. In Science Advances.

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(2020). An adaptive algorithm for fast and reliable online saccade detection. In Behavior Research Methods.

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(2019). The Joy of Retinal Painting: A Build-It-Yourself Device for Intrasaccadic Presentations. In Perception.

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(2018). All is not lost: Post-saccadic contributions to the perceptual omission of intra-saccadic streaks. In Consciousness and Cognition.

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(2017). Associated information increases subjective perception of duration. In Perception.

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