摘要
We propose a scheme for a chip-based dynamic micro atom trap where the trap potentials are created by square wave radiation and an inhomogeneoas static magnetic field. The parameters of this kind of trap array can be modulated dynamically. Both one-dimensional （I-D） and two-dimensional （2-D） trap array potentials for 6Li atoms are discussed. The 1-D trap is combined by a square wave radiation （6 kHz） and a gradient magnetic field （300G/cm）, the array constant of 1-D trap is 0.85 μm. Since the trap array does not require any laser field, it can be easily integrated on a chip and it is useful in applications of scalable quantum information processing.
We propose a scheme for a chip-based dynamic micro atom trap where the trap potentials are created by square wave radiation and an inhomogeneoas static magnetic field. The parameters of this kind of trap array can be modulated dynamically. Both one-dimensional （I-D） and two-dimensional （2-D） trap array potentials for 6Li atoms are discussed. The 1-D trap is combined by a square wave radiation （6 kHz） and a gradient magnetic field （300G/cm）, the array constant of 1-D trap is 0.85 μm. Since the trap array does not require any laser field, it can be easily integrated on a chip and it is useful in applications of scalable quantum information processing.
基金
Supported by the National Basic Research Program of China under Grant Nos 2005CB724505/1 and 2006CB921203, the National Natural Science Foundation of China under Grant No 10774160, and Wuhan National Laboratory for Optoelectronics under Grant No P080001.
