Catherine E. Warnaby

This study shows that proximity to explosive synchronization determines criticality loss and recovery in neural and economic systems, with implications for network resilience.

This study uses fMRI data to analyze brain state dynamics during deep anaesthesia, finding that anaesthesia is dominated by low-complexity attractor states that differ from wakefulness.

This paper defines harmonic relationships in signals using frequency ratios and phase, validates it with simulations and real data, and discusses its implications for analyzing neural oscillations.

The paper introduces itEMD, a method to decompose noisy, non-sinusoidal electrophysiological data into distinct oscillatory modes, showing improved separation and reduced mode mixing compared to existing methods.