典型文献
Impact of non-Hermitian mode interaction on inter-cavity light transfer
文献摘要:
Understanding inter-site mutual mode interaction in coupled physical systems is essential to comprehend large compound systems,as this local interaction determines the successive multiple inter-site energy transfer efficien-cies.In the present study,we demonstrate that only the non-Hermitian coupling can correctly account for the light transfer between two coupled optical cavities.We also reveal that the non-Hermitian coupling effect becomes crucial as the system dimension decreases.Our results provide important insight for handling general-coupled devices in the subwavelength regime.
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作者姓名:
HYEON-HYE YU;SUNJAE GWAK;JINHYEOK RYU;HYUNDONG KIM;JI-HWAN KIM;JUNG-WAN RYU;CHIL-MIN KIM;CHANG-HWAN YI
作者机构:
Department of Emerging Materials Science,DGIST,Daegu 42988,Republic of Korea;Center for Theoretical Physics of Complex Systems,Institute for Basic Science(IBS),Daejeon 34126,Republic of Korea
文献出处:
引用格式:
[1]HYEON-HYE YU;SUNJAE GWAK;JINHYEOK RYU;HYUNDONG KIM;JI-HWAN KIM;JUNG-WAN RYU;CHIL-MIN KIM;CHANG-HWAN YI-.Impact of non-Hermitian mode interaction on inter-cavity light transfer)[J].光子学研究(英文),2022(05):1232-1237
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Impact,Hermitian,mode,interaction,cavity,light,transfer,Understanding,site,mutual,coupled,physical,systems,essential,comprehend,large,compound,this,local,determines,successive,multiple,energy,efficien,cies,In,present,study,demonstrate,that,only,coupling,can,correctly,account,between,two,optical,cavities,We,also,reveal,effect,becomes,crucial,dimension,decreases,Our,results,provide,important,insight,handling,general,devices,subwavelength,regime
AB值:
0.669088
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