Effect of Extracellular Calcium Concentration on Controlling Cardiac Alternans

S. N. Liang and P. Y. Lai 
IEEE Xplore: 2017 Computing in Cardiology (CinC) 
2018 
Suppression of Cardiac Alternans by the AlternatingPeriod Feedback Control

S. N. Liang and P. Y. Lai 
IEEE Xplore: 2016 IEEE EMBS Conference on Biomedical Engineering and Sciences (IECBES) 
2017 
Ionic characteristics in cardiac alternans suppression using T +\ e feedback control

S. N. Liang, D. M. Le, P. Y. Lai and C. K. Chan 
EPL, vol. 115, 48001 
2016 
Accuracy of the nonrelativistic approximation for momentum diffusion

S. N. Liang and B. L. Lan 
Eur. Phys. J. Plus 
2016 
Accuracy of the nonrelativistic approximation to relativistic probability densities for a lowspeed weakgravity system

S. N. Liang and B. L. Lan 
Eur. Phys. J. Plus 
2015 
Testing general relativity using a bouncing ball

SN Liang and BL Lan 
Results in Physics 
2014 
How Physics can help in understanding cardiac rhythms? Predicting and control of complex oscillatory behavior

S. N. Liang, D. M. Le, W. Y Chiang, P. Y. Lai, and C. K. Chan 
Atlantis Premium Proceedings: International Conference on Physics 2014 (ICP2014) 
2014 
Predicting and controlling cardiac arrhythmia

D. M. Le, S. N. Liang, P. Y. Lai and C. K. Chan 
Lecture Notes on Cell Biology and Materials Science (Proceedings of 2013 USTKyoto University iCeMS International Symposium) 
2013 
Newtonian versus specialrelativistic statistical predictions for lowspeed scattering

SN Liang, F Borondo and BL Lan 
PLoS ONE 
2012 
Statistical Predictions for the Dynamics of a LowSpeed System: Newtonian versus SpecialRelativistic Mechanics

SN Liang and BL Lan 
PLoS ONE 
2012 
Comparison of Newtonian and SpecialRelativistic Trajectories with the GeneralRelativistic Trajectory for a LowSpeed WeakGravity System

SN Liang and BL Lan 
PLoS ONE 
2012 
Newtonian versus generalrelativistic prediction for the trajectory of a bouncing ball system

SN Liang and BL Lan 
Results in Physics 
2011 