Computer Simulation of a Spiral Breakup in a Model of the Human Heart @SteinbockGroup
Computer Simulation of a Spiral Breakup in a Model of the Human Heart  @SteinbockGroup
Uploaded August 2014 | Updated September 2026, 2 weeks ago
The human heart is an excitable system in which travelling waves orchestrate the muscle contraction. These action potentials can form rotating spirals (reentrant waves) that have been linked to tachycardia. For the parameters used in this simulation, spiral waves are not stable but break up giving rise to complex, turbulent patterns. This specific model was originally proposed by Bueno-Orovi, Cherry, and Fenton.
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Computer Simulation of a Spiral Breakup in a Model of the Human Heart

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