Michael B. Miller

The paper identifies two types of neurons in the medial frontal cortex that track decision criteria and memory strength during memory-based decision making.

The paper develops a recurrent neural network model to explain chronic pain development and recovery, showing that calming stimuli can reduce pain without pharmacological intervention.

The paper shows that retaining only the splenium of the corpus callosum prevents disconnection syndrome, suggesting minimal pathways can maintain functional unity.

The paper shows that a small portion of posterior callosal fibers can sustain full inter-hemispheric integration, challenging the traditional topographic model of callosal organization.

This study shows how sex hormones like estrogen and progesterone influence brain network dynamics across the menstrual cycle, with estrogen promoting network coherence and progesterone reducing it, particularly in hormone-sensitive hubs.

This study shows that task-based fMRI studies with small sample sizes have low replicability, and even larger samples do not ensure perfect replication.