Ivan E. Mysin

The paper develops a mathematical model to explain phase relations of interneurons during theta rhythm, showing that excitation dominates firing dynamics.

The paper uses mathematical methods to determine that uniform inhibition from CA1 interneurons optimally produces phase precession in place cells.

The paper develops a computational model of hippocampal CA1 field rhythms, showing how theta and gamma rhythms are generated by specific inputs and neuronal interactions.