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Department of Psychology Professorship for Neuropsychology and Cognitive Neuroscience

Topics for Bachelor's Theses

Overview of the bachelor thesis topics of this professorship

Click on the individual topics to display detailed information.

Please send an email to Prof. Dr. Paul Sauseng in case you are interested in writing your bachelor thesis at the Chair of Neuropsychology and Cognitive Neuroscience.

  • Themenvergabe durch OLAT
    Termin: ...
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    Betreuungsperson der Bachelorarbeit: Prof. Dr. P. Sauseng

 


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  • Wie wirkt sich Spermidin auf die Hirnalterung aus?

    Beschreibung: Spermidin ist ein Polyamin, das wir über die Nahrung aufnehmen (z.B. in Weizenkeimen, Broccoli, Erbsen, etc.). Es gibt Hinweise darauf, dass Spermidin in hoher Konzentration die Autophagie anregt. Nach ersten Überlegungen sollte das positive Auswirkungen auf die Hirnalterung haben und könnte so protektiv gegen Demenzerkrankungen eingesetzt werden. In der Bachelorarbeit sollen diese Überlegungen anhand aktueller Literatur überprüft werden.
    Kontakt: Prof. Paul Sauseng, E-Mail

    [ Einzelthema ]
    Status: offen (erfasst / geändert: 27.06.2024)
  • Rhythm in the brain: alpha waves during working memory processing

    Beschreibung: mergence of alpha oscillations (8-12 Hz) is typically observed in the electroencephalogram (EEG) during eye-closed resting states. It is thus widely accepted that alpha oscillations are indicative of cortical idleness. However, alpha waves may play a relatively active role under certain circumstances, e.g., they help protect the content of working memory from the interference of irrelevant information. In this thesis, you will have the opportunity to gain a comprehensive understanding of the emergence, characteristics, and functional significance of alpha waves during working memory.
    Kontakt: Yifan Zeng, E-Mail

    [ Einzelthema ]
    Status: offen (erfasst / geändert: 27.06.2024)
  • Time flies in the brain: characteristics and mechanisms of high-frequency time perception

    Beschreibung: ur subjective perception of time often differs from its objective definition in physics. Time, as we perceive it, is characterized by a high level of granularity. For instance, people struggle to determine the temporal sequence of two successive visual stimuli when the time gap between them is reduced to 20-60 milliseconds. This phenomenon is known as the temporal order threshold, and its threshold varies across sensory modalities and specific tasks. What underlies the brain's limited temporal resolution? Is there a neural mechanism that defines the temporal framework in the brain, and is it specific to certain sensory modalities or a universal center governing all cognitive processes? This thesis offers a comprehensive exploration of time perception within the domain of sub-100 milliseconds.
    Kontakt: Yifan Zeng, E-Mail

    [ Einzelthema ]
    Status: offen (erfasst / geändert: 01.11.2023)

 


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