Andreas Nieder

This study uses 7 Tesla fMRI to show that 11-12-year-old children and adults have topographic brain responses tuned to numerical quantities, similar to adults.

This study uses functional ultrasound imaging to map frequency-specific blood volume responses in crows' auditory telencephalon, revealing tonotopic organization and subregion specialization.

The paper investigates anatomical connections between the crow's NCL and its song system nuclei, finding dense projections to key song system nuclei and parallel pathways from MAN to NCL and HVC.

This study identifies mesoscale functional clusters in the primate prefrontal cortex that correlate with individual mnemonic strategies and cognitive control operations.

The paper dissects representational geometry in primate prefrontal cortex into biologically interpretable components linked to single neurons, revealing disentangled memory representations and their neuronal implementation.

This study shows that crows exhibit gamma and beta oscillations in their endbrain during a working memory task, similar to primates, despite lacking a cortical structure.

This study finds that crows and monkeys use similar neuronal computations, divisive normalization, in working memory tasks, suggesting these models may apply beyond mammals.

This paper proposes a random-matrix theory to explain the emergence of number sense in the brain without learning, linking neural activity patterns to numerical representations.