Alexander V. Panfilov

The paper investigates how external stimuli induce ectopic arrhythmias in cardiac tissue with localized depolarization, revealing bi-stable oscillatory behavior controlled by stimulus frequency.

This paper compares phase defect detection algorithms in cardiac arrhythmia data, finding that phase definition is more critical than algorithm choice for identifying phase defect lines.

This study investigates how electrical wave propagation occurs in highly fibrotic cardiac tissue using an in vitro-in silico approach, revealing that self-organized networks of cardiomyocytes sustain conduction despite high fibrosis.