Conference Handbook - Optics
ConferenceHandbookThe Australian and New ZealandConference on Optics and Photonics29 November – 3 December 2015The University of Adelaide, South Australiawww.anzcop2015.com.auHandbook sponsored byANZCOP 2015a
MQ PHOTONICSRESEARCH CENTREMQ PhotonicsResearch CentrePhD and MRes opportunities in Optics and PhotonicsMQ Photonics is a large and vibrant Macquarie University Research Centre withsome 45 staff and over 40 research students, supported by an extensive suite ofstate-of-the-art laboratories and world-class facilities. The Centre has stronginvolvement in three ARC Centres of Excellence: CNBP, CUDOS and EQuS.Our research is grouped around six research banners:Photonics sources/laser applicationsPhotonics for life and health sciencesAstrophotonicsNatural and engineered optical materialsPhotonics for the environmentQuantum photonics – fundamental & appliedWe offer a diverse range of research projects for PhD and Masterscandidates together with scholarships for suitably qualified applicantsFor more information please visit: research.science.mq.edu.au/mqphotonics/b ANZCOP 2015
ContentsWelcome2On Site Contact2Local Organising Committee3About the Venue3Conference Program4Venue Map12General Information13Sponsors14Exhibition Floor Plan & Listing15Accomodation & Map of Adelaide18Conference Plenary Speakers19Conference Invited Speakers22Abstracts – Oral30Poster Abstracts43Notes49ANZCOP 20151
Welcomefrom theConferenceChairA/Prof Peter VeitchThe Australian and New Zealand Conference onOptics and Photonics (ANZCOP) conference seriesintegrates the Australian Conference on Optics,Lasers and Spectroscopy (ACOLS) and the 40thAustralian Conference on Optical Fibre Technology(ACOFT). ANZCOP 2015 is the second suchconference, and is run under the auspices of theAustralian Optical Society and Engineers Australia.Optics and photonics research continuesto be a dynamic and exciting field orresearch internationally and withinAustralia. It can be used to ask andanswer fundamental questions aboutquantum mechanics and atomic physicsand to probe chemical reactions, to makenew types of chemical and environmentalsensors, new biological sensors andmedical diagnostics and devices, bettercomputers and communications systems,better fundamental standards andmetrology, and even to measure elusiveripples in the curvature of space-time.The local organizing committee hasassembled an exciting program forANZCOP 2015, featuring a wide range ofplenary and invited talks that I am sureyou will find enjoyable and inspiring. Itfeatures a plenary talk by the 2015 FrewFellow of the Australian Academy ofOn SiteContactsSciences: Professor Ursula Keller fromETH Zurich. We also have plenary talks onthe use of carbon nanotube and graphenefor nonlinear optics, semiconductornanowires for optoelectronics, and theuse of optics and photonics for testingfundamental physics with cold atoms,for visible electromagnetic astronomyand in the Advanced LIGO gravitationalwave interferometer, which re-started thesearch for gravitational waves this year the centenary of Einstein’s publication ofthe field equations for General Relativity.I warmly welcome you to ANZCOP 2015.Help us celebrate the IYL. We hope youenjoy the exciting science and technology.All Occasions ManagementTelephone: 61 (8) 8125 2200Facsimile: 61 (8) 8125 223312 Stirling Street, Thebarton SA 5031Simon DuncanSenior Coordinator – Conventions and EventsMobile: 0424 909 444Email: simon@aomevents.comDanielle SkurrayCoordinator – Conventions and EventsMobile: 0447 444 369Email: danielle.skurray@aomevents.com2 ANZCOP 2015
Local OrganisingCommitteeAboutThe VenuePeter Veitch(University of Adelaide)General ChairUniversity of AdelaideThe University of Adelaide is a publicuniversity in Adelaide, South Australia.Established in 1874, it is the third oldestuniversity in Australia. It is consistentlyranked in the top 1% of universitiesworldwide. It is also associated with fiveNobel laureates, 104 Rhodes scholars andis a member of the Group of Eight, as wellas the Sandstone Universities.Andre Luiten(University of Adelaide)ACOLS Program ChairJohn Arkwright(Flinders University)ACOFT Program ChairDavid Ottaway(University of Adelaide)Heike Ebendorff-Heidepriem(University of Adelaide)ANZCOP 20153
ConferenceProgramSunday 29th November 20154.00pm – 7.00pm4.15pm - 5.00pm5.00pm – 7.00pmConference Registration Eclipse Function Room, Level 4, Union HouseTours of the Institute of Photonics and Advanced Sensing Braggs BuildingWelcome Reception Eclipse Function Room, Level 4, Union HouseSponsored by: Australian National Fabrication Facility (ANFF)Monday 30th November 20158.00am – 9.00am9.00am – 9.20am9.20am – 10.10am10.10am – 11.00am11.00am – 11.30amConcurrentSessions11.30am – 11.45amConference Registration Bonython HallConference Opening BraggsProfessor Ursula KellerIonization Dynamics and Time Delays BraggsProfessor Joss Bland-HawthornAstrophotonics: Future of Astronomical Instrumentation BraggsMorning Tea Bonython Hallfibre optic sensing1atom optics Horace Lamb Braggs1Professor Bob LiebermanKen BaldwinOptical fiber sensors – submicron toPrecision measurement of tune-outsuprakilometerwavelengths in metastable helium:a test of QEDPaul Dyke11.45am – 12.00pmA kinematically 2D interacting Fermi gas12.00pm – 12.15pm12.15pm – 12.30pmMeg KnowlesJesse EverettDistributed strain sensingStationary light in an atomicusing optical FibresRaman memoryBrant GibsonPeter HannafordDiamond NV MagnetometersQuantum simulation with ultracold atomsin a magnetic latticeRoman Khakimov12.30pm – 12.45pmWheeler’s delayed choice experimentwith matter waves12.45pm – 1.00pmScott FosterDene MurphyA magnetostrictive fibre laserRydberg blockaded cold ion beamsmagnetometer1.00pm – 2.00pm4 ANZCOP 2015Lunch Bonython Hall
Monday 30th November 2015 continuedConferenceProgram1ConcurrentSessionsfibre optic chemical sensingquantum optics Horace Lamb Braggs2.00pm - 2.15pmAlexandre FrancoisBryn BellBiosensing using microspheresSingle photon level frequency conversionat the end of fibresin a silicon nanowireXiang Zhang2.15pm - 2.30pmTime-bin entanglement in compactand reconfigureable silicon nitridephotonic circuits2.30pm – 2.45pmM. NazariGeoff PrydeAqueous contaminant detection viaExperimental measurement-device-a metal organic framework thin filmindependent quantum steeringcoating on an optical fibre end-face2.45pm – 3.00pmAgnieszka ZuberJoel CorneyGold rush with an optical fibreCreating non-Gaussian entanglementin optical fibre3.00pm – 3.15pm3.15pm – 3.30pmTess ReynoldsJiakun HeA fibre tip whispering gallery modeIntegrated silicon photonic degeneratebiosensing platformphoton pair quantum splitterElizaveta KlantsatayaKristian HelmersonSurface plasmon scattering in exposedSingle photon vortex knotscore optical fiber for enhanced resolutionrefractive index sensing3.30pm – 4.00pmConcurrentSessionsAfternoon Tea Bonython Hall2fibre lasersatom optics Horace Lamband spectroscopy Braggs4.00pm – 4.15pmShigeki TokitaSatya Sainadh UndurtiHigh power 3 μm erbium fiber lasersMeasuring strong-field photo-ionizationand their applicationsand laser intensity with percentlevel accuracyChris Vale4.15pm – 4.30pmThermodynamics of a 2D Fermi gas4.30pm – 4.45pm4.45pm - 5.00pmJames LegerRobert ScholtenThe Physics of Coherent FiberSingle-shot electron diffraction usingLaser Beam Combininga cold atom electron sourceBen SparkesBrightness Enhancement of a ColdIon Source using Stimulated RamanAdiabatic PassageANZCOP 20155
Monday 30th November 2015 continuedConferenceProgramConcurrentSessions2fibre lasersatom optics Horace Lamband spectroscopy Braggs5.00pm – 5.15pm5.15pm – 5.30pmAndrew MaloufHannes GriesserModelling of a 3.5µm dual-wavelengthStrong nonlinearities withpumped fibre lasersuspended-core fibreQuentin MocaerRussell McLeanHigh-energy sub-50 fs pulsesTopological charge transfer invia nonlinear compression instepwise-excited Rb vapourypocycloid-core Kagome fiber5.30pm – 6.30pm6.30pm – 7.30pmAOS AGM Meeting BraggsPoster Sundowner Bonython HallTuesday 1st December 20158.00am – 9.00am9.10am – 10.00amConference Registration Bonython HallProfessor Shinji YamashitaCarbon Nanotube and Graphene Photonics Braggs10.00am – 10.30amMorning Tea Bonython Hall1ConcurrentSessionsacoft photonic devices Horace Lamb Braggs10.30am – 10.45amChunle XiongAdrian AnkiewiczMultiplexing of Heralded Single PhotonsMulti-rogue waves and triangle numbersnonlinear opticsAlvaro Casas Bedoya10.45am – 11.00amTunable RF filter enabled by stimulatedBrillouin scattering (SBS) in silicon11.00am – 11.15am11.15am – 11.30amRobert McLaughlinAmol ChoudharyA fibre-optic imaging probe incorporating50 dB Brillouin gain in chalcogenidea 3D printed lenswaveguidesAndrea Blanco-RedondoJörg SchmiedmayerObservation of waveguiding by topologicalDoes an isolated quantum system relax?defects in a silicon photonic platform11.30am – 11.45amIvan MaksymovThird harmonic generation andultrasound detection with long dipoleplasmonic antennae11.45am – 12.00pm6 ANZCOP 2015Wen Qi ZhangIgor LitvinyukUniversal optical fibre fluoresenceTiming electron localization insensing platform for wine monitoringdissociating H 2
Tuesday 1st December 2015 continuedConferenceProgram1ConcurrentSessionsacoft photonic devices Horace Lamb Braggs12.00pm – 12.15pmDmitrii StepanovHan XuAll-fibre tunable waveplate forDouble-peak structure of R-dependentpolarisation controlenhanced ionization rate of H2 12.15pm – 12.30pmnonlinear opticsGeorgios TsiminisAtia tul NoorTowards an optical fibre sensor forDissociative double ionization ofmonitoring vitamin B12 in bloodacetylene in strong laser field12.30pm – 1.30pmLunch Bonython Hall2ConcurrentSessionsacoft photonic devices Horace Lamb Braggs1.30pm – 2.00pmProfessor Alan WillnerProfessor Ursula KellerHigh-capacity free-spaceGigahertz laser frequency combsspectrosopyoptical communications usingmultiplexing of multiple orbital-angularmomentum modes2.00pm – 2.15pm2.15pm – 2.30pmAndri MahendraJames AnstieDynamic thermal control scheme on siliconA flexible platform for quantitativenitride photonic integrated circuitsfrequency-comb spectroscopyWen Qi ZhangCharacterisation of noises and losses inoptical fibres in nonlinear frequency domain2.30pm – 2.45pmDarren D. HudsonSarah ScholtenPhotonic Chip Platforms forBroadband phase-sensitiveSupercontinuum Generationfrequency-comb spectroscopy usingin the Mid-IRa virtually imaged phased arrayJiahao Dong2.45pm – 3.00pmPolarisation impedance matchingspectroscopy – a new method for cavityenhanced gas sensing3.00pm – 3.15pmKashif AmirRoland FleddermannNoise effect on the nonlinearCompact 40 kHz delay line withFourier transformcascading multi-level phase plate forlow coherence interferometry3.15pm – 3.30pmAlexei TikhomirovYajie GuanCO2 Laser Fibre taper profiling forDouble pass cavity enhancedsplice-free fibre laser arraysabsorption measurement withscattering minimisation3.30pm – 4.00pmAfternoon Tea Bonython HallANZCOP 20157
Tuesday 1st December 2015 continuedConferenceProgramConcurrentSessionsacoft photonic devicesinstrumentation Horace Lamb Braggs4.00pm – 4.15pmSimon GrossLyle RobertsLaser-written 3D integrated photonicsIncreasing the laser power of spacedebris laser ranging systems using anoptical phased arraySamuel Francis4.15pm – 4.30pmDevelopment of an alignment insensitivedisplacement interferometer4.30pm – 4.45pmNicolas RiesenKing Ung HiiThree-dimensional C L band andMultiple-pass lateral shearingEDFA pump band integrated taperedinterferometermode couplers4.45pm – 5.00pm5.00pm – 5.15pm5.15pm – 5.30pmDouglas LittleAshby HiltonInterfacing spider silks with ultrafast-laserBidirectional microwave and opticalwritten integrated opticssignal disseminationCarly WhittakerPhilip LightFabrication of polymer optical fibres forLaser frequency noise measurementradiation sensingusing a passive coherent discriminatorRobert J WilliamsJohn CanningHighly-Efficient Frequency Conversion ofSmartphone spectrometersHigh-Power Fiber Lasers in Diamond5.30pm – 6.30pmPoster Sundowner Bonython HallWednesday 2nd December 20158.00am – 9.00am9.10am – 10.00amConference Registration Bonython HallDr Aidan BrooksAdvanced LIGO: from Concept to Operation and Beyond Braggs10.00am – 10.30amMorning Tea Bonython Hall1ConcurrentSessionsfbg sensingoptic sensing Horace Lamb Braggs10.30am – 10.45amRaman KashyapShasidran RajShape sensing with optical fibres:Space Debris Tracking usingthe present and the futureContinuous Wave Lasers10.45am – 11.00amMurray HamiltonA polarimetric back-scatter sondefor determining cloud phase8 ANZCOP 2015
Wednesday 2nd December 2015 m – 11.15am11.15am – 11.30amfbg sensingoptic sensing Horace Lamb Braggs1He ShiDan ShaddockTransient pressure measurement inLISA Pathfinder and beyond:pipelines using optical fibre sensorlaser interferometry in spaceAlbert Ruiz VargasThe use of fibre optic sensingtechnology with intraluminal impedancecatheter for functional gastrointestinalmotility disorders11.30am – 11.45amClaire DavisTom ChambersMonitoring the Structural Health ofDevelopment of a digital holographicDefence Platforms with Optical Fibresimager for the study of cloud microphysicsOri Henderson-Sapir11.45am – 12.00pmCO2 sensing for mining applicationsusing Er:ZBLAN, 2.8 μm fibre laser12.00pm – 12.15pmGary AllwoodSean ManningOptical fibre Bragg grating sensor basedDevelopment and Implementation ofreed switch for physical intrusion detectiona Robust Angle of Arrival TurbulenceMeasurement System12.15pm – 12.30pmBretislav MikelSilvie NgoPreparation and measurement ofDigitally Enhanced HomodyneFBG based length, temperature andInterferometry fibre systems forvibration sensorsCo-phasing Large Segmented Telescopes12:30pm – 1.30pmLunch Bonython HallConcurrentSessionsacoft biophotonicslasers Horace Lamb Braggs1.30pm – 1.45pmErik SchartnerProfessor Ursula KellerCancer margin detection using a pHHigh-power modelocked thin disk laserssensitive optical fibre sensorMiftar Ganija1.45pm – 2.00pmA cryogenic Ho: YAG laser2.00pm – 2.15pmJosiah FirthLachlan HarrisDevelopment of a novel opticalShort-pulse 1645nm Er: YAG laserselectrode for biopotential recordingANZCOP 20159
Wednesday 2nd December 2015 continuedConferenceProgramConcurrentSessionsacoft biophotonicslasers Horace Lamb Braggs2.15pm – 2.30pmMartin PloscherAmol ChoudharyCurrent challenges in imaging modalitiesA low-threshold Brillouin laser inusing multimode fibrea chalcogenide waveguideDavid Lancaster2.30pm – 2.45pmWatt-level holmium guided-wavechip laser for mode-locking and singlefrequency application2.45pm – 3.00pmJohn ArkwrightJae DanielClinical results from fibre Bragg gratingWidely tunable thulium fibre sourcesbased in-vivo diagnostic cathetersfor medical, industrial and scientificapplications3.00pm – 3.15pmRobert McLaughlinLars HildebrandtA microscope-in-a-needle: OCT andSingle-mode interband cascade lasersfluorescence needle probesfor spectroscopic applicationsNeil Broderick3.15pm – 3.30pmFirst demonstration of completespectral control of optical pulsesat 1 micron3.30pmConcurrentSessions4.00pm – 4.15pmmaterialsAfternoon Tea Bonython Hall& plasmonicsquantum optics2 Horace Lamb BraggsJasper CaduschMarcus DohertyA plasmonic photodiode for directDiamond quantum microscopypolarisation state readout4.15pm – 4.30pmKatie ChongWavefront control with metadevices basedon all-dielectric Huygens metasurfaces4.30pm – 4.45pmAnn RobertsSergei SlussarenkoSuperchiral optical near-fieldsHigh heralding efficiency single photonsource for quantum information scienceapplications4.45pm – 5.00pmStuart EarlAlexander WoodEfficient coupling between opticalMeasurement of geometric phase withnano-antennas & nanoscale quantumrotating nitrogen-vacancy centersdot aggregates5.00pm – 5.15pmPeipei JiaMin Jet YapFreestanding metal nanohole membraneA vacuum compatible glass basedfabricated by template tranfer with asqueezed light sourcesoluable adhesive10 ANZCOP 2015
Wednesday 2nd December 2015 continuedConferenceProgram& plasmonics2ConcurrentSessionsmaterials Horace Lamb Braggs5.15pm – 5.30pmHua LuMirko LobinoSelective absorption of light inScalable trapped-ion single-photon sourcemonolayer graphene by excitationwith monolithically integrated opticsquantum opticsof graphene plasmons5.30pm – 5.45pmAnn RobertsSascha HoinkaMetasurface optical transfer functionsLow-momentum Bragg spectroscopy of astrongly interacting Fermi gas5.45pm – 6.00pmJonathon HallXiang ZhangMultilayer resonator sensitivity analysisActive temporal multiplexing ofindistinguishable heralded singlephotons from silicon4.00pm – 6.00pm7.00pmACOFT post-deadline session Benham Lecture TheatreConference Dinner Adelaide OvalThursday 3rd December 20158.00am9.00amConference RegistrationProfessor Chennupati JagadishSemiconductor Nanowires for Optoelectronics andEnergy Applications Braggs9.50amMorning Tea Braggs10.20amProfessor Ed HindsTesting Fundamental Physics with Cold Atoms BraggsClosing CeremonyConference Close11.10am11.30amDisclaimerThe information presented is correctat the time, in the event of unforeseencircumstances, the Organising Committeereserves the right to delete or alter itemsin the conference program.ANZCOP 201511
Venue MapRIVER TORRENSF ROIA TER R ACROATO RMEVICEKIN TO R E STR E E TDPULTENEY STNORTH TERRACEBonython HallExhibition, PosterPresentations, Catering andRegistration / Information DeskThe Braggs Lecture TheatreMain Plenary Hall &Concurrent SessionsHorace Lamb Lecture TheatreConcurrent Presentation HallEclipse Function RoomLevel 4, Union HouseWelcome ReceptionPlease Note: Main entrance to AdelaideUniversity is via North Terrace, located atthe bottom of the above map.12 ANZCOP 2015N
GeneralInformationCar ParkingThere are various secure parkinglots available along North Terrace.The closest ones to The Universityof Adelaide are: Wilson Parking215-255 North Terrace, AdelaideWilson Parking15 Frome Street, AdelaideLocal TransportTrains and BusesPlease visit www.adelaidemetro.com.auor call 1300 311 108 for furtherinformation and timetables.TaxisThe main taxi companies inAdelaide are:Name BadgesAll delegates, sponsors, exhibitors will beissued with a name badge at registration.Admittance to all sessions and socialfunctions included in the registration feewill require presentation of your badge.Registration DeskAll delegates must register to attendthe conference. The registration andinformation desk will be located in BraggsFoyer and Bonython Hall of The Universityof Adelaide and will be open during thefollowing hours: 13CABSTelephone: 13 22 27Adelaide Independent TaxisTelephone: 13 22 11 TemperatureFor the months of November andDecember, Adelaide’s mean maximumtemperature is 27 degrees and the meanminimum is 15 degrees.Sunday 29 November Eclipse Function Room,Level 4, Union House4.00pm – 7.00pmMonday 30 November Bonython Hall8.00am – 5.30pmTuesday 1 December Bonython Hall8.00am – 5.30pmWednesday 2 December Bonython Hall8.00am – 5.00pmThursday 3 December Braggs Foyer8.00am – 11.30amANZCOP 201513
SponsorsThe ANZCOP organisingCommittee would like tothank the following sponsorsof the 2015 ConferenceConference SatchelSponsorConference LanyardSponsorPen and SatchelInsert SponsorThe Defence Science and Technology(DST) Group is a national leader insafeguarding Australia by deliveringvalued scientific advice and innovativetechnology solutions for Defenceand national security. Part of theDepartment of Defence, DST Groupis Australia’s second largest publicfunded science and technologyorganisation.IPAS is one of five world-leadingresearch institutes at the Universityof Adelaide. The mission of IPAS isto use the power of light to make theworld a healthier, wealthier, safer andsmarter place. We are doing this bybuilding unique sensors which harnessthe powerful properties of light to learnabout the environment: this might beinside the human body where we
Optics and Photonics (ANZCOP) conference series integrates the Australian Conference on Optics, Lasers and Spectroscopy (ACOLS) and the 40th Australian Conference on Optical Fibre Technology (ACOFT). ANZCOP 2015 is the second such conference, and is run under the auspices of the Australian Optical Society and Engineers Australia. Welcome from the
22 Laser Lab 22 Laser Lab - Optics 23 LVD 23 LVD - Optics 24 Mazak 31 Mazak - Optics 32 Mazak - General Assembly 34 Mitsubishi 36 Mitsubishi - Optics 37 Mitsubishi - General Assembly 38 Precitec 41 Precitec - Optics 42 Prima 43 Prima - Optics 44 Salvagnini 45 Strippit 46 Tanaka 47 Trumpf 51 Trumpf - Optics
PAFMO257 Physical Optics 78 PAFMO260 Quantum Optics 80 PAFMO265 Semiconductor Nanomaterials 82 PAFMO266 Strong-Field Laser Physics 84 PAFMO270 Theory of Nonlinear Optics 85 PAFMO271 Thin Film Optics 86 PAFMO272 Terahertz Technology 88 PAFMO280 Ultrafast Optics 90 PAFMO290 XUV and X-Ray Optics 92 PAFMO901 Topics of Current Research I 93
Fiber Optics Lab Manual PREFACE This series of fiber optics laboratory experiments was developed by Professor Elias Awad for the FOA under a NSF grant. It is intended to introduce students in technical high schools and colleges to the technology of fiber optics. No previous experience in fiber optics is required. Students are expected to read all
1051-455-20073, Physical Optics 1 Laboratory 7: Fourier Optics 1.1 Theory: References: Introduction to Optics, Pedrottis, Chapters 11 and 21, Optics, E. Hecht, Chapters 10 and 11 The Fourier transform is an equivalent representation of a function or image in terms of the “amount” of
2 Vortex Optics Vortex Optics at www.vortexoptics.com 3 For hundreds of years, people have used optics to enhance vision, as well as optimize effectiveness of shooting equipment. Whether glassing up that big buck, taking aim, or simply observing the natural world, great optics make great experiences. Optics can be very task-specifi c.
Recommended reading -lasers and nonlinear optics: Lasers, by A. Siegman (University Science Books, 1986) Fundamentals of Photonics, by Saleh and Teich (Wiley, 1991) The Principles of Nonlinear Optics, by Y. R. Shen (Wiley, 1984) Nonlinear Optics, by R. Boyd (Academic Press, 1992) Optics, by Eugene Hecht (Addison-Wesley, 1987)
Hecht, Optics (optional) Saleh & Teich, Fundamentals of Photonics (optional) Labs: Mon/Wed 1:25-4:25PM Clark 405 1st lab this Monday . this course - except no nonlinear optics. 5 Introduction P3330 Exp Optics FA'2016 Postulates* of optics *from Latin "a request, demand": a self-evident proposition .
High-Level Summary of Business Changes ECB-UNRESTRICTED . Version: 0.7 Page 10 of 19 Date: 22/06/2017 . The advantage of this model is the wide range of flexibility that it offers to cover the different needs of the participants. It allows credit institutions with no direct access to settlement services to manage their minimum reserve obligations with their Central Bank from one Main Cash .
