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Nonline.r fre.ue.cy conve.sion in optical nanoante.nas and me.asurface.:mate.ials e.olution and fabrication

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Opto-e.e.tronic Advance. 2018年第10期1卷 1-12页

作者： Mohse. Rahmani Giuse.pe.Le. Igal Bre.e. Anatoly V. Zayats Ste.an A. Maie. Costantino De.Ange.is Hoe.Tan Vale.io Flavio Gili Fouad Karouta Rupe.t Oulton Kaushal Vora Mykhaylo Lyse.ych Isabe.le.Staude.Le. Xu andrey e. miroshnichenko Che.nupati Jagadish Dragomir N. Ne.he. Re.e.rch School of Physics and e.gine.ring The Australian National University Canberra ACT 2601 Australia Matériaux e. Phénomène. Quantique. Université Paris Diderot-Sorbonne Paris Cité 10 rue A. Domon et L. Duquet 75013 Paris France Ce.te. for Inte.rate. Nanote.hnologie. Sandia National Laboratories Albuquerque New Mexico 87185 United States De.artme.t of Physics King’s College London Strand London WC2R 2LS United Kingdom The.Blacke.t Laboratory Department of Physics Imperial College London London SW7 2AZ United Kingdom Chair in Hybrid Nanosyste.s Nano Institute Munich Fakultat für Physik Ludwig-Maximilians-Universitat München München Germany De.tartme.t of Information e.gine.ring Universitàdegli Studi di Brescia and INO-CNR Via Branze 38 25123 Brescia Italy Institute.of Applie. Physics Abbe Center of Photonics Friedrich Schiller University Jena 07745 Jena Germany School of e.gine.ring and Information Te.hnology University of New South Wales Canberra ACT 2600 Australia

Nonline.r fre.ue.cy conve.sion is one.of the.most fundame.tal proce.se. in nonline.r *** has a wide.range.of applications in our daily live.,including nove. light source.,se.sing,and information *** is usually assume. that nonline.r fre.ue.cy conve.sion re.uire. large.crystals that gradually accumulate.a strong ***,the.large.size.of nonline.r crystals is not compatible.with the.miniaturisation of mode.n photonic and optoe.e.tronic ***,shrinking the.nonline.r structure. down to the.nanoscale.while.ke.ping favourable.conve.sion e.ficie.cie.,is of gre.t importance.for future.photonics *** the.last de.ade.re.e.rche.s have.studie. the.strate.ie. for e.hancing the.nonline.r e.ficie.cie. at the.nanoscale.*** e.ploying diffe.e.t nonline.r mate.ials,re.onant couplings and hybridization *** this pape.,we.provide.a compact re.ie. of the.nanomate.ials-base. e.forts,ranging from me.al to die.e.tric and se.iconductor nanostructure.,including the.r re.e.ant nanofabrication te.hnique..

关键词： nonline.r nanophotonics me.allic nanoante.nas die.e.tric nanoante.nas III-V se.iconductor nanoante.na nanofabrication

Third-harmonic ge.e.ation and imaging with re.onant Si me.brane.me.asurface

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Opto-e.e.tronic Advance. 2023年第8期6卷 18-27页

作者： Ze.Zhe.g Le. Xu Lujun Huang Daria Smirnova Khosro Zange.e. Kamali Arman Youse.i Fu De.g Rocio Camacho-Morale. Cuife.g Ying andrey e.miroshnichenko Dragomir N.Ne.he. Mohse. Rahmani Advance. Optics and Photonics Laboratory Department of EngineeringSchool of Science&TechnologyNottingham Trent UniversityNottingham NG118NSUK School of e.gine.ring and Information Te.hnology University of New South WalesCanberra ACT 2600Australia School of Physics and e.e.tronic Scie.ce East China Normal UniversityShanghai 200241China ARC Ce.tre.of e.ce.le.ce.for Transformative.Me.a-Optical Syste.s(TMOS) Research School of PhysicsAustralian National UniversityCanberra ACT 2601Australia De.artme.t of Physics Hong Kong University of Science and TechnologyKowloonHong Kong SAR 999077China

Die.e.tric me.asurface. play an incre.singly important role.in e.hancing optical nonline.r ge.e.ations owing to the.r ability to support strong light-matte. inte.actions base. on Mie.type.multipolar *** to me.asurface. compose. of the.pe.iodic arrange.e.t of nanoparticle.,inve.se.so-calle.,me.brane.me.asurface. offe. unique.possibilitie. for supporting multipolar re.onance.,while.maintaining small unit ce.l size.large.mode.volume.and high fie.d e.hance.e.t for e.hancing nonline.r fre.ue.cy ***,we.the.re.ically and e.pe.ime.tally inve.tigate.the.formation of bound state. in the.continuum(BICs)from silicon dime.-hole.me.brane.*** de.onstrate.that our BIC-forme. re.onance.fe.ture. a strong and tailorable.e.e.tric ne.r-fie.d confine.e.t inside.the.silicon me.brane.***,we.show that by tuning the.gap be.we.n the.hole.,one.can ope. a le.ky channe. to transform the.e.re.ular BICs into quasi-BICs,which can be.e.cite. dire.tly unde. normal plane.wave.*** prove.the.capabilitie. of such me.asurface.,we.de.onstrate.the.conve.sion of an infrare. image.to the.visible.range.base. on the.Third-harmonic ge.e.ation(THG)proce.s with the.re.onant me.brane.*** re.ults sugge.t a ne. paradigm for re.lising e.ficie.t nonline.r photonics me.ade.ice. and hold promise.for e.te.ding the.applications of nonline.r structuring surface. to ne. type. of all-optical ne.r-infrare. imaging te.hnologie..

关键词： nonline.r imaging third-harmonic ge.e.ation bound state. in the.continuum me.brane.me.asurface.

Me.ging bound state. in the.continuum in an ope. acoustic re.onator

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Scie.ce.China(Physics,Me.hanics & Astronomy) 2025年第1期Mechanics & Astronomy) .卷 124-131页

作者： Lujun Huang Bin Jia Arte. S.Pilipchuk Sibo Huang Che. She. Almas F.Sadre.v Yong Li andrey e.miroshnichenko School of Physics and e.e.tronic Scie.ce. East China Normal University Institute.of Acoustics Tongji University L.V.Kire.sky Institute.of Physics De.artme.t of Me.hanical e.gine.ring Rowan University School of e.gine.ring and Te.hnology University of New South Wales at Canberra

Bound state. in the.continuum （BICs） are.pe.fe.tly localize. re.onance. de.pite.e.be.ding in the.continuum ***,an isolate. BIC is ve.y se.sitive.to the.structure.***,we.re.ort me.ging acoustic BICs in a single.ope. re.onator,robust against the.structure.*** find that both symme.ry-prote.te. BIC and Frie.rich-Wintge. BIC are.sustaine. in a single.couple. wave.uide.re.onator *** varying the.he.ght and le.gth of the.re.onator,the.e.two BICs move.toward e.ch othe. and me.ge.into a single.one.at a critical *** to an individual BIC,the.me.ge. BIC is robust against fabrication e.ror be.ause.its Q-factor is proportional to ΔL-4,whe.e.L e.bodie. the.structure.*** e.se.ce.of this e.traordinary phe.ome.on is pe.fe.tly e.plaine. by the.two-and thre.-le.e. approximations of the.e.fe.tive.nonHe.mitian ***,we.pre.e.t dire.t e.pe.ime.tal de.onstrations of the.moving and me.ging of BICs in a couple. 3D wave.uide.re.onator,which are.e.ide.ce. by the.vanishing of the.line.idth of Fano re.onance.in the.transmission *** re.ults may find e.citing applications in de.igning high-quality acoustic source.,se.sors and filte.s.

关键词： acoustic re.onance. bound state.in the.continuum high-Q re.onance.

Strong coupling and cate.ary fie.d e.hance.e.t in the.hybrid plasmonic me.amate.ial cavity and TMDC monolaye.s

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Opto-e.e.tronic Advance. 2024年第5期7卷 20-32页

作者： Ande.gache. Me.onne. Be.he.Khalil As’ham Ibrahim Al-Ani Haroldo T.Hattori andrey e.miroshnichenko School of e.gine.ring and Te.hnology University of New South Wales at CanberraNorthcott DriveCanberra ACT 2610Australia

Strong coupling be.we.n re.onantly matche. surface.plasmons of me.als and e.citons of quantum e.itte.s re.ults in the.formation of ne. plasmon-e.citon hybridize. e.e.gy *** plasmon-e.citon strong coupling,plasmonic nanocavitie. play a significant role.due.to the.r ability to confine.light in an ultrasmall ***,two-dime.sional transition me.al dichalcoge.ide.(TMDCs) have.a significant e.citon binding e.e.gy and re.ain stable.at ambie.t conditions,making the. an e.ce.le.t alte.native.for inve.tigating light-matte. *** a re.ult,strong plasmon-e.citon coupling has be.n re.orte. by introducing a single.me.allic ***,single.nanoparticle. have.lowe. spatial confine.e.t of e.e.tromagne.ic fie.ds and limite. tunability to match the.e.citonic ***,we.introduce.the.conce.t of cate.ary-shape. optical fie.ds induce. by plasmonic me.amate.ial cavitie. to scale.the.stre.gth of plasmon-e.citon *** de.onstrate. plasmon mode. of me.allic me.amate.ial cavitie. offe. high confine.e.t and tunability and can match with the.e.citons of TMDCs to e.hibit a strong coupling re.ime.by tuning e.the. the.size.of the.cavity gap or *** calculate. Rabi splitting of Au-MoSe.2 and Au-WSe.2 he.e.ostructure. strongly de.e.ds on the.cate.ary-like.fie.d e.hance.e.t induce. by the.Au cavity,re.ulting in room-te.pe.ature.Rabi splitting ranging be.we.n 77.86 and 320 me.*** plasmonic me.amate.ial cavitie. can pave.the.way for manipulating e.citons in TMDCs and ope.ating active.nanophotonic de.ice. at ambie.t te.pe.ature.

关键词： cate.ary-shape. fie.d e.hance.e.t strong coupling plasmon e.citon Rabi splitting

Loe.s de.osition in Asia： its initiation and de.e.opme.t be.ore.and during the.Quate.nary

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e.isode. 2008年第2期31卷 222-225页

作者： andrey e. Dodonov Liping Zhou Ge.logical Institute Russian Academy of Sciences Pyzhevsky 7 119017 Moscow Russia Laboratory for e.rth Surface.Proce.se. Department of Geography Peking University Beijing 100871 China

Dust is important in the.e.rth e.vironme.t syste.. Howe.e.; the.role.of dust in climate.change.re.ains large.y unknown. A be.te. unde.standing of the.te.poral and spatial variability of the.dust accumulation in Asia forms an important ste. towards e.tablishing the.link be.we.n dust de.osition and climate.change. He.e. a summary is give. for the.timing of the.onse. and e.pansion of loe.s de.osition in Asia be.inning in the.e.rly, Mioce.e. Re.e.t progre.s on some.aspe.ts of loe.s chronology and palae.e.vironme.tal re.onstruction is also re.ie.e..

关键词：亚洲黄土沉积第四纪地质时代地球环境

e.e.trically programmable.solid-state.me.asurface. via flash localise. he.ting

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Light(Scie.ce.& Applications) 2023年第3期12卷 391-397页

作者： Khosro Zange.e. Kamali Le. Xu Nikita Gagrani Hark Hoe.Tan Che.nupati Jagadish andrey miroshnichenko Dragomir Ne.he. Mohse. Rahmani ARC Ce.tre.of e.ce.le.ce.for Transformative.Me.a-Optical Syste.s(TMOS) Research School of PhysicsThe Australian National UniversityCanberraACT 2601Australia Advance. Optics and Photonics Laboratory Department of EngineeringSchool of Science and TechnologyNottingham Trent UniversityNottinghamNG118NSUK School of e.gine.ring and Information Te.hnology University of New South WalesCanberraACT 2600Australia

In the.last de.ade.,me.asurface. have.attracte. much atte.tion be.ause.of the.r e.traordinary light-scatte.ing ***,the.r inhe.e.tly static ge.me.ry is an obstacle.to many applications whe.e.dynamic tunability in the.r optical be.aviour is ***,the.e.is a que.t to e.able.dynamic tuning of me.asurface.prope.tie.,particularly with fast tuning rate.large.modulation by small e.e.trical signals,solid state.and programmable.across multiple.***,we.de.onstrate.e.e.trically tunable.me.asurface. drive. by the.mo-optic e.fe.t and flash-he.ting in *** show a 9-fold change.in transmission bye.and the.modulation rise.time.ofe.ice.consists of a silicon hole.array me.asurface.e.capsulate. by transpare.t conducting oxide.as a localise. *** allows for vide. frame.rate.optical switching ove. multiple.pixe.s that can be.e.e.trically *** of the.advantage. of the.propose. tuning me.hod compare. with othe. me.hods are.the.possibility to apply it for modulation in the.visible.and ne.r-infrare. re.ion,large.modulation de.th,working at transmission re.ime.e.hibiting low optical loss,low input voltage.re.uire.e.t,and ope.ating with highe. than vide.-rate.switching *** de.ice.is furthe.more.compatible.with mode.n e.e.tronic display te.hnologie. and could be.ide.l for pe.sonal e.e.tronic de.ice. such as flat displays,virtual re.lity holography and light de.e.tion and ranging,whe.e.fast,solid-state.and transpare.t optical switche. are.re.uire..

关键词： tuning flash state

The.e.ancipation of Authorship： The.Viral e.itor as a Dispe.se. Cre.ture.of the.Inte.ne.

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Journalism and Mass Communication 2012年第2期2卷 363-372页

作者： andrey miroshnichenko School of the.e.fe.tive.Te.t Moscow Russia

The.pape. is focuse. on the.cultural conse.ue.ce. of a ne. te.hnological opportunity in mass communication. The.Inte.ne. has give. two billion pe.ple.a te.hnical me.ns of authorship. It is a re.l e.plosion of authorship： In all pre.ious history of mankind the.e. probably, have.be.n about 200-300 million authors. The.e.ancipation of authorship e.plains （be.te. than te.hnological innovations） all othe. change. in the.public life. conne.te. with the.ne. communicative.e.vironme.t. The.ne. e.vironme.t, in which any pe.son from the.audie.ce.can be.an author, de.e.ops its own me.hanism for cre.ting public significance. The.pape. de.cribe. the.structure.and functioning of this me.hanism, name. the.Viral e.itor, as a ubiquitous and dispe.se. cre.ture.of the.Inte.ne. which consists of pe.ple.use.s who all now have.gotte. rights to compose. e.it and spre.d any facts and opinions in any form and shape.

关键词： e.ancipation of authorship se.f-publishing audie.ce man as me.ia de.th of ne.spape.s Viral e.itor

Photonic slide.rule.with me.asurface.

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Light(Scie.ce.& Applications) 2022年第4期11卷 674-685页

作者： Fe.long Yu Jin Che. Lujun Huang Ze.gyue.Zhao Jiuxu Wang Rong Jin Jian Che. Jian Wang andrey e.miroshnichenko Tianxin Li Guanhai Li Xiaoshuang Che. We. Lu State.Ke. Laboratory of Infrare. Physics Shanghai Institute of Technical PhysicsChinese Academy of Sciences500 Yu Tian Road200083 ShanghaiChina. Hangzhou Institute.for Advance. Study University of Chinese Academy of SciencesNo.1 Subl ane Xiangshan310024 HangzhouChina SShanghai Re.e.rch Ce.te. for Quantum Scie.ce. 99 Xiupu Road201315 ShanghaiChina Unive.sity of Chine.e.Acade.y of Scie.ce No.19 Yuquan Road100049 BejingChina. School of e.gine.ring and Information Te.hnology University of New South WalesCanberra 2602Australia

As an e.e.e.tary particle.a photon that carrie. information in fre.ue.cy,polarization,phase.and amplitude.plays a crucial role.in mode.n scie.ce.and ***,how to re.rie.e.the.full information of unknown photons *** ultracompact manne. ove. broad bandwidth re.ains a challe.ging task with growing ***,we.de.onstrate.a ve.satile.photonic slide.rule.base. on an ll-silicon me.asurface.that e.able. uS to re.onstruct incide.t photons'fre.ue.cy and polarization *** unde.lying me.hanism re.ie. on the.cohe.e.t inte.actions of fre.ue.cy-drive. phase.diagrams which rotate.at various angular ve.ocitie. within broad *** rotation dire.tion and spe.d are.de.e.mine. by the.topological charge.and phase.***,our me.asurface.le.e.age. both achromatically focusing and azimuthally e.olving phase. with topological charge.+1 and-1 to e.sure.the.confocal annular inte.sity *** combination of ge.me.ric phase.and inte.fe.e.ce.holography allows the.joint manipulations of two distinct group de.ay cove.age. to re.lize.angle.re.olve. in-pair spots in *** manne.-a be.avior that would dispe.se.along longitudinal dire.tion in conve.tional *** spin-orbital coupling be.we.n the.incide.t photons and vorte. phase. provide. routing for the.simultane.us ide.tifcation of the.photons'fre.ue.cy and circular polarization state.through re.ognizing the.spots'*** work provide. an analog of the.conve.tional slide.rule.to fle.ibly characte.ize.the.photons in an ultracompact and multifunctional way and may find applications in inte.rate. optical circuits or pocke.able.de.ice..

关键词： rule topological e.e.e.tary

Variability of e.ission line. in the.optical spe.tra of the.He.big Be.binary syste. HD 200775

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Re.e.rch in Astronomy and Astrophysics 2019年第3期19卷 31-34页

作者： Anastasia P.Bisyarina andrey M.Sobole. Stanislav Yu.Gorda Anatoly S.miroshnichenko Astronomical Obse.vatory of the.Ural Fe.e.al Unive.sity De.artme.t of Physics and Astronomy University of North Carolina at Greensboro Main (Pulkovo) Astronomical Obse.vatory of the.Russian Acade.y of Scie.ce. Fe.e.kov Astrophysical Institute

In our pre.ious pape.s we.have.improve. the.value.of the.orbital pe.iod of the.binary He.big Be.star HD 200775 and showe. that the.[O I] and Si II 6347 and 6371 ?A e.ission line. displaye. variations which corre.ate.with the.orbital pe.iod. In this pape. we.provide.e.ide.ce. that othe. broad e.ission line. of me.als in the.spe.tra of HD 200775 also e.hibit variability, which is probably re.ate. to the.orbital cycle.of the.binary. Analysis was pe.forme. base. on the.high-re.olution spe.tral data colle.te. ove. a time.span of 6 ye.rs at the.Kourovka Astronomical Obse.vatory of the.Ural Fe.e.al Unive.sity(Russia) and the.Thre. Colle.e.Obse.vatory of the.Unive.sity of North Carolina at Gre.nsboro(USA) as we.l as archival spe.tral data compile. since.1994. We.re.ort ne. data points in the.radial ve.ocity curve.of the.He.I 5876 ?A line.ne.r the.e.tre.al value. of the.radial ve.ocity.

关键词： te.hnique. spe.troscopic-stars variable. T Tauri,He.big Ae.Be.stars individual HD 200775