典型文献
Geometric phase opens new frontiers in nonlinear frequency conversion of light
文献摘要：
N onlinear frequency conversion of light involves in-teraction of photons through the nonlinear dielec-tric response of materials to generate light at new frequencies.The first demonstration of nonlinear optical frequency conversion was that of second-harmonic gener-ation (SHG) [1].In this process,two input photons at fre-quency ω combine in a material to coherently emit a single photon at frequency 2ω.Since then,many other nonlinear frequency conversion processes have been demonstrated,including different schemes of three and four-wave-mixing as well as higher order interactions [2].
文献关键词：
中图分类号：
作者姓名：
Mai Tal;Danielle Ben Haim;Tal Ellenbogen
作者机构：
Department of Physical Electronics,Faculty of Engineering,Tel-Aviv University,Tel-Aviv 6779801,Israel;Raymond and Beverly Sackler School of Physics and Astron-omy,Tel-Aviv University,Tel-Aviv 6779801,Israel;Center for Light-Matter Interaction,Tel-Aviv University,Tel-Aviv 6779801,Israel
文献出处：
引用格式：
[1]Mai Tal;Danielle Ben Haim;Tal Ellenbogen-.Geometric phase opens new frontiers in nonlinear frequency conversion of light)[J].物理学前沿,2022(01):1-5
A类：
onlinear
B类：
Geometric,phase,opens,new,frontiers,nonlinear,frequency,conversion,light,involves,photons,through,dielec,response,materials,generate,frequencies,first,demonstration,optical,was,that,second,harmonic,SHG,In,this,two,input,combine,coherently,emit,single,Since,then,many,other,processes,have,been,demonstrated,including,different,schemes,three,four,wave,mixing,well,higher,order,interactions
AB值：
0.588754
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