Optical imaging and optogenetic inactivation of dorsal mouse neocortex reveal an unexpected role for retrosplenial cortex in the context-dependent transformation of whisker sensory information into licking for a water reward.
Fine-scale exogenous attention within the foveola selectively enhances contrast gain at low-to-mid spatial frequencies while increasing response gain across a broad spatial frequency range.
Learning from potential disinformation introduces specific cognitive biases, causing individuals to systematically deviate from an idealized Bayesian updating strategy.
