Marshall G. Hussain Shuler

The paper identifies a time-cost-variable accumulation-to-threshold computation in the dorsomedial striatum that predicts when mice exit foraging patches based on reward history and environmental context.

This paper derives expressions for reward-rate maximization in temporal decision-making and identifies the Malapportionment Hypothesis as a driver of suboptimal behavior.

The paper investigates reward timing activity in mouse primary visual cortex, showing inhibitory interneurons participate in this phenomenon and align with a theorized network architecture.