Para- and dia-magnetization distribution via localization of atom by absorption and magnetic loss

Abstract

A high magneto-optical medium is used to modify atom localization by magnetic loss and absorption spectrum with para and dia magnetization distribution. The localization is investigated in the range of or distance along x-axis and y-axis. Dia-magnetization hole is investigated within the range along x-axis and y-axis. Crater-type atom localization peak is reported by a magnetic loss, and a burner-like localization peak is investigated by absorption with dia-magnetization hole distribution. A para-magnetization hole is also investigated in the range of . Gaussian-type atom localization peaks are investigated by both magnetic loss and absorption spectrum in the para-magnetization hole region. Depth and grave-type atom localization is also reported in the para and dia-magnetic region by absorption and magnetic loss spectrum.