Leila Reddy

The paper identifies a slow-oscillatory architecture in the human medial temporal lobe that coordinates population activity during learning and facilitates offline reactivation and recall.

This paper introduces modality-agnostic decoders for fMRI data to predict stimuli regardless of input modality, showing they perform as well as or better than modality-specific decoders.

The paper shows that human single neurons encode sequence order through phase-locked spikes relative to theta oscillations, similar to rodent phase precession.

This study shows human hippocampal neurons represent temporal information during structured tasks and gaps, supporting a role in episodic memory.

The paper shows the brain anticipates future events in sequences by reinstating sensory representations before stimuli occur, even when sequences are disrupted.

This study investigates which MEG oscillatory components correlate with low- or high-level visual object representations using fMRI and DNN layer representations as templates.