Katharina Anna Wilmes

This paper introduces a cortical microcircuit model that implements error backpropagation, showing its scalability and comparing it to other theories.

This study shows that PV cell activation improves visual discrimination performance in easy tasks but not difficult ones, with effects depending on activation timing and task difficulty.

The paper investigates how uncertainty modulates prediction errors in cortical microcircuits and shows that layer 2/3 neurons represent uncertainty-modulated prediction errors through specific inhibitory mechanisms.

The paper proposes a network model to estimate sensory and prediction uncertainty using prediction-error circuits and investigates how inhibitory interneurons influence input weighting.

The paper investigates how attentional modulation and VIP interneuron disinhibition interact in primary visual cortex using all-optical methods in mice.

The paper investigates how gating plasticity in neural networks improves stability and reduces the discrepancy between model and experimental homeostatic time constants.

The paper proposes a computational model showing how inhibitory circuits in the visual cortex mediate reward-driven plasticity of sensory representations through interneuron connectivity changes.