Paolo Papale

The paper identifies cell-type-specific spiking patterns during cortical ripples in macaque and human V1, showing conserved circuit mechanisms across species and conditions.

The paper identifies a common temporal motif in neural dynamics across the ventral visual stream and shows that current models fail to replicate these dynamics.

This paper introduces a biologically plausible neural network that uses modulatory feedback to perform scene segmentation and object-based attention, replicating neurophysiological signatures of recurrent processing.

The paper uses deep generative networks to infer visual neuron tuning properties in monkeys and demonstrates their influence on visual perception through microstimulation.

The paper shows how visual cortex neurons adjust their responses to direct inputs and contextual signals through opposing plasticity mechanisms, enhancing improbable inputs or omissions.

This paper shows that feature-disentangled GAN latents better predict neural responses to visual stimuli than other representations, and can reconstruct visual perception with high fidelity.

This study shows that chandelier cells in the visual cortex change their function and structure with experience, responding more to arousal-related events and showing plasticity in their connections.

The paper shows that V1 neurons in monkeys and humans respond to occluded scenes using contextual information, with representations resembling those in humans.

The paper examines whether spontaneous brain activity in the somatomotor cortex is influenced by visual hand stimuli and their inferred use, finding stronger correlations with natural hand images than other stimuli.

The paper investigates how objecthood in natural images influences neuronal activity in early visual cortex, showing that object boundaries and interiors elicit more activity than background.

The paper investigates how object shape is encoded in the visual cortex by analyzing orthogonal and shared representations using fMRI data.

This study identifies emotionotopy in the human right temporo-parietal cortex, showing gradients that encode emotional polarity, complexity, and intensity.

The paper shows that low-level visual features, shape, and category are processed in overlapping spatial locations early in time, suggesting parallel computations in visual processing.

The paper studies foreground-background segmentation during natural image viewing using fMRI data from seven visual areas, finding foreground enhancement in all regions and background suppression in V4 and LOC.