In response to the question "Have you seen this image before?", remembering and forgetting can be accounted for by a weighted linear read-out of memory signals in monkey inferotemporal cortex.

Population response magnitude predicts how well an image will be remembered, in both monkey inferotemporal cortex and neural networks trained to categorize objects.

Neuronal recordings reveal complex, heterogeneous inputs to face-selective neurons, suggesting that inferotemporal neurons do not represent objects in isolation, but are also sensitive to object relationships that reflect environmental regularities.

Conscious visual percepts are encoded by face patches in the absence of report, can be decoded from population recordings, and are multiplexed with the veridical physical stimulus.

Bilateral removal of cortical area 'TE' produced deficits in monkeys' ability to discriminate among images with many similar features, whereas removal of subjacent rhinal cortex did not.

Changes in neural response dynamics observed with visual learning provide a novel means to dissect synaptic plasticity and its interplay with slow negative feedback via firing rate adaptation.

Two distinct objects evoke fluctuating activity in visual cortex in a manner that could preserve information about both items.

The assignment of borders to foreground objects occurs in cortical columns in primate visual cortex, and first in deep layers, suggesting a central role for feedback.

Amygdala/temporal-prefrontal cortex fibers are organised in separate amygdalofugal and uncinate bundles in humans and macaques, shaping the anatomical foundation for decision-making and socio-emotional behaviour.

Neural fluctuations in multiple areas along the visual cortical hierarchy could allow the brain to represent distinct co-occurring visual stimuli.