George Parish

This study compares re-referencing methods for human intracranial EEG data and finds method choice affects artefact rejection and signal characteristics but not memory effect detectability.

The paper identifies hippocampal neurons that code for discrete episodic memories using rate or temporal firing codes, rather than individual elements within an episode.

The paper uses a computational model to show that theta-phase and spike-timing-dependent plasticity together replicate human episodic memory effects observed in rodent studies.

This study shows that theta and gamma oscillations in the medial temporal lobe correlate with short-latency co-firing of neurons during successful episodic memory encoding.

The paper introduces a neural network model to simulate how cortical alpha oscillations regulate memory replay by disrupting rhythms to detect temporal sequences.

The paper analyzes human intracranial EEG data to show directional coupling between neocortical alpha/beta and hippocampal gamma oscillations during memory formation and retrieval.

This paper introduces a spiking neural network model that explains how synchronized hippocampal theta and desynchronized neocortical alpha oscillations contribute to memory encoding and retrieval.