The effective photonic control is one of the key issues in photo-physics. Significant advancement in photonic crystals, quantum optics, ultrafast optics as well as micro-nano-optics gives rise to new op-portunities to...The effective photonic control is one of the key issues in photo-physics. Significant advancement in photonic crystals, quantum optics, ultrafast optics as well as micro-nano-optics gives rise to new op-portunities to manipulate the emission and propagation in optical fields, leading to a number of new and interesting discoveries, e.g., ultrashort light pulse storage and efficient energy conversion. This paper reviews the latest research progress in storage, release and energy conversion for ultrashort laser pulses in periodical arrays of absorbing medium. Techniques to fabricate such devices are also presented.展开更多
基金Supported by the National Basic Research Program of China under grant No.2012CB619200the National Natural Science Foundation of China under grant No.61275113 and 61204133
基金The National Natural Science Foundation of China(No.61176002)Jilin Provincial Science&Technology Department(No.20090401)Bureau of Science&Technology of Changchun City(No.09GH07)
基金Supported by the National Key Basic Research Special Foundation (NKBRSF) (Grant No. G2004CB719805)the National Natural Science Foundation of China (Grant Nos. 60677051 and 10774193)
文摘The effective photonic control is one of the key issues in photo-physics. Significant advancement in photonic crystals, quantum optics, ultrafast optics as well as micro-nano-optics gives rise to new op-portunities to manipulate the emission and propagation in optical fields, leading to a number of new and interesting discoveries, e.g., ultrashort light pulse storage and efficient energy conversion. This paper reviews the latest research progress in storage, release and energy conversion for ultrashort laser pulses in periodical arrays of absorbing medium. Techniques to fabricate such devices are also presented.
