Abstract
Charge transport in deoxyribonucleic acid (DNA) is important because of the practical use of DNA in nanoscale electronic devices and the investigation of long-range effect of radiation damage for human body. The mathematical model for charge transport in DNA was reported by S. Komineas et al. In our own numerical code based on implicit SOR scheme, the scheme for time-dependent Schrodinger equation developed by N. Watanabe et al. is applied in order to improve conservation of the norm of the wavefunctioh. From these results, we accumulate the understanding of the charge transport phenomena in DNA.
