Maximilian Joesch

The paper identifies intrinsic population dynamics in the superior colliculus that modulate visuospatial attention and enhance visual responses during a detection task.

The paper maps retinal ganglion cell functional diversity in the mouse superior colliculus and identifies specialized response types for collision detection.

The paper identifies a thalamic hub-and-spoke circuit that coordinates visuomotor dynamics by integrating visual and motor signals to refine perception during action.

This study shows gap junctions in flies mediate binocular visual motion processing to control movement by integrating input from both eyes.

The paper shows that retinal ganglion cell receptive fields change shape along the dorsoventral axis to match natural scene statistics, supporting efficient coding principles.

The paper identifies a shared visual perception and place avoidance deficit in ASD models, linked to Kv1 channel hypoexcitability in the dPAG, and shows pharmacological rescue of these deficits.

The paper develops a high-throughput method for producing improved rabies viral vectors with enhanced titer, selectivity, and efficiency for transsynaptic labeling in neuronal circuits.

This study identifies a ventral hippocampal pathway that gates novelty-driven memory formation by activating dorsal hippocampal granule cells.

This paper introduces a fast, learning-free method for sparse segmentation and reconstruction of neural volumes, demonstrating high-quality results across multiple imaging modalities.