Seine A. Shintani

The paper tests dynamic phase balancing in a sarcomere model, showing that correct amplitude pairing and response time improve cancellation of length changes during hyperthermal oscillations.

This paper maps hyperthermal sarcomeric oscillations to a quantum hardware model and demonstrates repeatable execution of biologically meaningful observables, showing constrained local reconfiguration rather than maximal mixing.

This paper shows that local nonuniformity in cardiomyocytes during hyperthermal sarcomeric oscillations is structured at multiple mesoscale levels, with a shared rephasing compass organizing mismatch-pocket placement and internal redistribution routes.

The paper analyzes sarcomere-length recordings in neonatal rat cardiomyocytes to show that hyperthermal sarcomeric oscillations (HSOs) exhibit a constrained neighboring-sarcomere phase topology and that the mean HSO amplitude can be described by the product of local amplitude and synchrony.