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Image for: Forschende simulieren mit KI visuelles System im Gehirn der Fruchtfliege


Licht tritt in das Facettenauge der Fliege ein (links im Bild) und veranlasst Photorezeptoren, elektrische Signale durch ein komplexes neuronales Netzwerk zu senden (Modell rechts im Bild), wodurch die Fliege Bewegungen erkennen kann.
Licht tritt in das Facettenauge der Fliege ein (links im Bild) und veranlasst Photorezeptoren, elektrische Signale durch ein komplexes neuronales Netzwerk zu senden (Modell rechts im Bild), wodurch die Fliege Bewegungen erkennen kann.

I Siwanowicz, F Loesche, HHMI Janelia; J Lappalainen, Universität Tübingen

(1870 KB, 3840 x 2599 pixels)

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