Todd Anthony Hare

The paper explains nonlinearities in multi-attribute decision making through resource-rational compression of value differences, supported by empirical tests on estimation tasks and existing datasets.

The paper investigates how hippocampal representations of taste information during a dietary self-control task relate to self-control success, finding that goal-dependent adaptations in memory retrieval influence decision-making.

This study maps how expectancy-based appetitive placebo effects influence brain activity and decision-making related to hunger and food value.

This study challenges the assumption that model-free learning is automatic by showing that model-based strategies can reduce mental effort without increasing it.

The paper tests if incorporating individual attribute information into computational models improves their ability to predict value-based decision-making patterns.

This study shows that reduced intra-individual variability in response times after working memory training in children is linked to better academic and mental health outcomes months later.

This study shows that neural codes in early sensory areas prioritize fitness maximization over sensory accuracy, as demonstrated in blowfly retinas and human experiments.

The paper links genetic risk for risky behavior to reduced grey matter volume in specific brain regions using neuroimaging and polygenic risk scores.

This study shows that detailed task instructions lead humans to primarily use model-based learning in two-stage tasks, with minimal model-free influence, and highlights misconceptions that can create false appearances of mixed learning.

This study investigates how the timing and weighting of reward attributes influence decision-making using a time-varying drift diffusion model and experimental data.

This study investigates whether model-free reinforcement learning can operate on information stored in working memory using human participants in a reward learning task with sequential and simultaneous visual stimuli.

The paper demonstrates how small changes in two-stage task design can alter model-free and model-based agent behavior, emphasizing the need for simulations in experimental design.