Louis Tao

The paper shows that cell cycle progression in Arabidopsis stem cells maintains pluripotency by resetting epigenetic marks and silencing fate-determining genes through PRC2 recruitment.

The paper identifies distinct fast and slow temporal components in human brain activity using SPLIT on intracranial EEG data, showing they follow different organizational principles.

The paper identifies multi-timescale motor dynamics in C. elegans head exploratory behavior using variational mode decomposition and neuronal ablation, revealing roles of specific motor neurons in locomotion.

The paper identifies that C. elegans enteric motor neurons fire synchronized action potentials essential for defecation behavior, revealing digital coding in motor neurons.

The paper identifies cholecystokinin signaling as essential for robust escape steering in C. elegans by modulating motor neuron activity during escape responses.

The paper applies a coarse-graining framework to model visual cortical dynamics using reduced-dimensional spatially-coupled ODEs, capturing a range of spatiotemporal neural activities without introducing new parameters.

The paper presents a synaptic transfer mechanism that explains memory consolidation through nested oscillations in neural circuits.