We illustrate our experimental observation of the periodic changes of spatial splitting of the generated four-wave mixing(FWM)signal induced by different polarization states of one of the dressing beams.It is pointed ...We illustrate our experimental observation of the periodic changes of spatial splitting of the generated four-wave mixing(FWM)signal induced by different polarization states of one of the dressing beams.It is pointed out that the changes of intensity of the dressing beam and the FWM signal have influences on the spatial splitting and their influences compete with each other.The differences between p-and s-polarized FWM beams are demonstrated.The influences of the dressing beams,which lead to the larger spatial splitting with different polarization states or frequency detuning,are observed as well.展开更多
基金the National Natural Science Foundation of China(NSFC)(61461052,11564044,and 61863035)Yunnan Provincial Department of Science and Technology Agricultural Joint Special Project(202101BD070001-064)Yunnan Province Basic Research Project(202301AT070495)。
基金Supported by the National Natural Science Foundation of China under Grant Nos 10974151,61078002 and 61078020the New Century Excellent Talent Project of the Ministry of Education of China under Grant No 08-0431the Cross-Disciplinary Project of Xi’an Jiaotong University under Grant Nos 2009xjtujc08,xjj20100100 and xjj20100151.
文摘We illustrate our experimental observation of the periodic changes of spatial splitting of the generated four-wave mixing(FWM)signal induced by different polarization states of one of the dressing beams.It is pointed out that the changes of intensity of the dressing beam and the FWM signal have influences on the spatial splitting and their influences compete with each other.The differences between p-and s-polarized FWM beams are demonstrated.The influences of the dressing beams,which lead to the larger spatial splitting with different polarization states or frequency detuning,are observed as well.