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Atomic Molecular and Optical Physics

Theoretical study of light interactions at the scale of a finite number of atoms and some electron-volt energies.

Introduction

Our group's focus on relativistic quantum effects such as Klein tunneling and inverse Klein tunneling in binary waveguide arrays.

Our Research Objective

The group of members carried out the research according to the following objectives:

Study of the π -electron rotation

Theoretical study of π-electron tight unidirectional rotations in aromatic ring molecules.

Laser research

Detection of laser geometry properties in aromatic ring geometry molecules.

Learn about the quantum effect

Investigation of relativistic quantum effects in binary waveguide arrays.

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