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A novel view on the visual cortex
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Theoretical model explains properties of sensory neurons and networks
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Article in "Science": Memories Are ‘Geotagged’ With Spatial Information
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Using a video game in which people navigate through a virtual town delivering objects to specific locations, a team of neuroscientists from the Universities of Freiburg and Pennsylvania has discovered how brain cells that encode spatial information form “geotags” for specific memories and are activated immediately before those memories are recalled.
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A Sharper View into the Brain
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Researchers from Freiburg are the first to detect the exact border between two important brain regions
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Simple Solutions
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Dissecting the circuitry of sensory processing in recurrent networks
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Travelling by resonance
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Scientists provide explanation how nerve cells communicate with each other over long distances
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Faraway, so close!
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Combination of experiment and computation sheds light on the role of long-range connections in the brain
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Heterogeneous networks underlie functional heterogeneity
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Simulation and analysis of neuronal networks explain distribution of orientation selectivity in the visual cortex
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The Recording of the Masses
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Mathematical process helps to understand population signals in the brain
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Networks for vision
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Theoretical study casts light on mechanisms of stimulus selectivity in the visual brain
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Stairway to Synchrony
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How does synaptic structure shape dynamic interactions in a neuronal network? Mathematical analysis sheds new light on this question, the answer to which is fundamental for our understanding of the brain.
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