Kwang Il Ryom

The paper investigates individual differences in temporal attention strategies in rats, finding distinct neural signatures and behavioral strategies that reflect varied approaches to ignoring irrelevant information.

The paper uses a simplified Potts model to show how prefrontal cortex can direct the composition of brain states into coherent thought sequences based on microcircuit parameters.

The paper analyzes a Potts glass model of cortical dynamics, showing that a frontal network with more attractor states becomes faster than a posterior network when interacting.

The paper models associative memory storage and retrieval in a cortical network, showing lower storage capacity for compositional memories and the role of hippocampal input in retrieval.

The paper models short-term memory using latching dynamics, showing interference limits capacity and sublinear scaling in memory tasks.