Juan Luis Romero-Sosa

The paper investigates how uncertainty modulates neural coding of choice and outcome in orbitofrontal (OFC) and secondary motor cortex (M2) during reward learning, finding differential roles in encoding under varying uncertainty levels.

The paper shows that anterior cingulate cortex inhibition disrupts information-based choice preference in female rats, suggesting a sex-dependent role for ACC in decision-making involving information.

This study investigates the distinct roles of vlOFC and BLA in stimulus- and action-based reversal learning under uncertainty using chemogenetic inhibition in rats.

DeCalciOn is a hardware system for real-time decoding of in vivo calcium imaging data, enabling closed-loop feedback experiments with millisecond latency.

This study investigates how theta oscillations in ACC and OFC affect accuracy and speed in reward learning, finding ACC inhibition impairs reversal learning while OFC theta remains unaffected.

The paper characterizes the intrinsic properties of PV and SST neurons and shows their distinct roles in stabilizing Up-states through computational modeling and experimental validation.

This study shows that musical expertise enhances temporal scaling ability, allowing better reproduction of motor patterns at different speeds in a Morse code tapping task.