CurriculumVitaeofDimitrisG.AngelakisBSc,MSc,MA,PhD,DIC(ImperialCollege).Address: Centre forQuantumTechnologies,NationalUniversity of Singapore, Singapore and School ofECE,TechnicalUniversityofCrete,Greece73100

email:dimitris.angelakis@gmail.com

Tel:+30-6979-526828or+6583709370;URL:http://www.dimitrisangelakis.org

EDUCATION&QUALIFICATIONSSeptember, 1998 –October 2001: PhD, Theoretical Quantum Optics, Imperial College, Supervisor:Prof.SirP.L.Knight,FRS

September, 1997 - August, 1998: M.Sc., Theoretical Physics with specialization in Atomic andMolecularPhysics,UniversityofCrete.SupervisorofMScthesis:Prof.PeterLambropoulos

September,1993-September,1997:B.Sc.Physics,UniversityofCrete.

RESEARCHINTERESTSQuantum optics, quantum information, implementations of quantum simulation and quantumcomputation,nano-andquantum-photonics,quantumengineeringtechnologiesEMPLOYMENTHISTORY

• Jan 2009-present: Principal Investigator and visiting Research Associate Professor, Centre forQuantumTechnologies,NationalUniversityofSingapore.

• December 2007 -present: Lecturer,AssistantProfessorandnow tenuredAssociateProfessor,ElectricalandComputerEngineeringSchool,TechnicalUniversityofCrete*

• October 2001 – November 2007: Research Associate to 2004 and Senior Research Associate2004-07,DepartmentofAppliedMathematicsandTheoreticalPhysics,UniversityofCambridge

• October 2002-November 2007: Research associate of the Centre for Quantum Computation,UniversityofCambridge

• October, 2001– September2004: JuniorResearchFellow, StCatharine’sCollege,UniversityofCambridge.UndergraduateteachingandtutoringPartIandPartIIPhysicsoftheCambridgeNSTripos.Visitingprofessorpositions• 5/10/2015-18/12/2015, Kavli Institute of Theoretical Physics (KITP), University of California inSanta Barbara, Invited professor and “key participant” in “Many-body physics with light” program (2months).

• 2004-2009 Quantum Information Group, Physics Department and Centre for QuantumTechnologies,NationalUniversityofSingapore(2monthsayear)

• December2017,PhysicsandAstronomyDepartment,MacquarieUniversity,SydneyAustralia

*Parttimeappointmentsince2012.

SCHOLARSHIPS&AWARDS

• GoogleQuantumInnovationAward2018.

• GreekMinistryofDefense,DistinguishedYoungGreekScientistAward2004.

• InstituteofPhysicsUK,QuantumElectronicsandPhotonicsThesisPrize2002:Firstprizeforallthesesexaminedin2001-2002intheUKinthefieldofQuantumElectronicsandPhotonics.

• StCatharine’sCollegeCambridge,UniversityofCambridge.StipendiaryJuniorResearchFellowshipinPhysics2001-2004(selectedamong200candidates).

• ValerieMyescroughPhDPrize2000(secondyearinPhD):AwardedfromtheUniversityofLondontoPhD students who show outstanding ability and potential for original work in Astronomy,MathematicsorPhysics.OneawardperyearthroughouttheUniversity

• Greek State Graduate Scholarship for PhD studies abroad, 1998-2001: Position 1st at thecorrespondingnationalscholarshipexamsatthefield"LasersandApplications".

• FoundationofResearchandTechnologyHellas(F.O.R.T.H.)GraduateScholarship1997-1998.• UniversityofCreteandGreekStateScholarshipFoundation(SSF)forgraduating2ndinaclassof100

studentsin1997

• 3undergraduateSSF scholarshipawards forbeing in the top three studentsof theyear for1993,1994and1996(1st,2ndand4thyearofstudies).

• UniversityEntryExamsNationalScholarshipAward1993,forsecuringthehighestoverallgrade,among all the applicants nationally (a few thousand) at the Physics Department, University ofCrete.

RESEARCHGRANTS

1. Centre for Quantum Technologies core funding for project «Many-body physics and quantum

simulations with light». Ministry of Education Singapore, 2010-present. Leading PI, total fundsawardedsofar~S$2.8M

2. MinistryofEducationSingaporeTier3CompetitiveFundingforproject«RandomNumbersfromQuantumProcesses»2013-2018,totalbudget10MS$.ParticipatingPIwithpersonalbudget425KS$,projectisledbyCQTPIProf.V.Scarani

3. MinistryofEducation,Greece,FundingforGreek-RussiaBilateralCollaborationinQuantumTechnologies.ParticipatingPIwithpersonalbudget56KEuros,totalproposalbudget496KEuros.

4. EU COST Action “Nanoscale Quantum Optics”. National representative, member of the core and

managementcommitteeforGreeceanddeputyWG4leaderfor2015-2018.Receivingtravelsupportand conference organizing support. Total budget allocated ~150K Euros per year, ~30K for aconferencetobeorganizedbyinCrete,June4-11,2016.Website:http://www.cost-nqo.eu/

5. Supportofpostdoctoralresearchers,EUandNationalGreekFundingProgram2010-13,Euros150Ktowards hosting a postdoc coming from abroad in TUC (awarded but not taken up by thepostdoctoralresearcherduetosalarycutsimposedbyfinancialcrisis).

6. NATOScienceforPeaceandSecurityProgram,2005.PrincipalapplicantandadministratorofagranttowardstheorganizationoftwoweekNATOAdvancedStudyInstitute inQuantumInformationandQuantumComputationinCrete,May2-13,2006.Grantsize55KEuros

7. EuropeanUnion,SIQS-EUIntegratedProjecton“SimulatorsandInterfaceswithQuantumSystems”2013-2016,externalpartnerrepresentingCQTSingapore(totalbudget~10MEuro)

8. TechnicalUniversityofCretestartinggrantsfornewlyappointedfaculty,scholarshipforPhDstudent5K.

9. HerakleitosprograminQuantumComputing(GreekSecretariatforResearch2003-06),co-PI.PIwasthePhysicsDepartment,AristotelianUniversityofGreece.Externalcollaborator.Totalgrantsize:30KEuros.

10. Interdisciplinary Research Collaboration inQuantum Information ProcessingUK: UK EPSRC fundedresearch and travel support. Cambridgenodemember and administrator for thenode in 2005-07.Grantsize200KGBP.

11. The Cambridge-MIT Institute programonQuantum Information. Cambridge nodemember and coScalableQuantum InformationProcessingandComputing. EU funded research support.Cambridgenodemember2005-07.Research(supportofmyRFsalary)andtravelsupportfor2005-07.

12. ResourcesforQuantumInformation(RESQ).Cambridgenodemember.Researchandtravelsupportfor2003-06

PUBLIC&PROFESSIONALSERVICERefereeandeditorialservice:• Referee for research proposals submitted to: the EU ERC Starting Grant scheme, the EU ERCConsolidator Grant scheme, the European Young Investigators Award Scheme, the NetherlandsOrganization forScientificResearch,SwissResearchCouncil,PolishResearchCouncil,AustrianResearchCouncil,theFETopenProactiveCallH2020

• Member of the editorial board of European Physical Journal: Quantum Technology, Springer,since2014

• MemberoftheeditorialboardofAdvancedQuantumTechnology,Wiley,since2018

• Main guest editor of two special issues on “Many-body physicswith light” forNew Journal ofPhysics, IOP,2017andon“QuantumSimulations”forEuropeanPhysicalJournal:QuantumTechnology,2015

• Member of EU Quantum Network for the European Flagship in Quantum Technologies,representingGreece(onescientistperEUcountry).

• Member of theManagement Committee, the Core group andWG4 deputy leader for the EUCOSTAction"NanoscaleQuantumOptics",2014-2018

• Refereeforscientificpapersat:Science,Nature,NaturePhysics,NatureCommunications,Phys.RevLet.,Phys.Rev.A.,NewJour.ofPhys.,Jour.ofOpt.Soc.Amer.B,Journ.ofOpt.Phys.A,Phys.Let.A,Opt.Comm.,J.Mod.Opt.,Eur.Phys.LetandEur.Phys.Journ.D.

• Assistant coordinator and administrator of the Cambridge node on EPSRC fundedUK network“QIPIRC”(2005-07)andUKfundedCambridge-MITInstituteprogramonQuantumInformation(2001-03).

• AssistantBooksReviewEditor(1998-2001)forthejournalofContemporaryPhysics.

• Served in various academic committees regarding hiring, promotional, administrative andteaching decision making in St Catharine’s College Cambridge, Centre for Quantum ComputationCambridge,ScienceandECEDepartmentsTechnicalUniversityofCrete,CentreforQuantumTechnologiesSingapore

• MemberofAPS,OSAandIOP.

RESEARCHHIGHLIGHTSANDMEDIACOVERAGE

Mybackgroundisintheoreticalquantumphysicsandquantumoptics.Myresearchinterestsspanquantumopticalimplementationsofquantumcomputationandquantumsimulation,quantummany-bodyphysicsandquantumtechnologies.Iamknownamongothersasoneofthepioneersinanovelareamergingquantumoptics,condensedmatterandquantuminformationsciencenowknownas“QuantumSimulationsandMany-BodyPhysicswithLight”Output:51publicationswith~2000/1600citations(GoogleScholar/WebofScience-6/2018).Hindex22/17, i-10index35/34,.Since2012:1200citations,5PRLs,1Science,twospecial issuesedited(EPJQT and NJP), two invited books for Springer, one review for Reports Progress in Physics. SeveralscientificmediaarticlesincludingcoverageatStraitsTimes,SkyGreece,NewScientist,NatureResearchHighlights,TheInnovationMagazine,PhysicsWorldandBIMAScienceamongothers.

INTERNATIONALVISIBILITY

1. Myworkhasattractedtheinterestofworldleadingexperimentalgroupsandhigh-techcompaniesinEuropeandUS.Themostrecentonesinclude:

i) CollaborationwithQuantumLabofGoogle,JohnMartinisgroup.JointpublicationinPRLNovember2016on“Topologicalpumpingwithinteractingphotons”,andinScienceDecember2017on“Spectralsignaturesofmany-bodylocalizationwithinteractingphotonsinsuperconductingqubits”(seepublications).TheworkwashighlightedinnumeroussciencenewsarticlesandinTVinterviewsinSingapore(theStraitsTimes),Greece(SKYGreece,CreteTV)andworldwideincludingEurekalert,Sciencedaily,tech2.org,tuc.gr,asianscientist,technologynetworks,nanowerk,alphagalileo,mgronlineandothers.WecontinuethecollaborationwithGoogleonquantumsimulationsofarangeofdifferentproblemsfromphysics,engineeringandmaterialscience.Alsoexploringpossibilitiestousetheneartermdeviceswith50qubitstosolveproblemsineconometricsandfinancialsectortoo.

ii) InstituteofOptics, Jena and theRostockUniversity inGermany, Prof.A. Szameit group.

Jointworks (Optica 2015) on using integrated photonic chips for quantum simulations ofexotic physics like the Majorana equation. Highlight focus article inΟptics & PhotonicsNews (OPN)“Using light to simulate unphysical particles!”. It has also appeared intheScienceSection,InternationalBusinessTimes,aswellasphys.organdsciencedailyContinuing the collaboration in building topologically robust photonic chips for opticalcommunicationsandcomputing

iii) StonyBrook,USA.CollaborationwiththequantumopticsgroupofE.Figureoatoimplement

quantum simulations and quantum memories in room temperature using light-matterinterfaces developed by them. One publication under review with Nature entitled“Relativisticandtopologicalphysicswithslowlightpolaritons inroomtemperature”,arXiv:1711.09346

iv) OngoingcollaborationwithUniversityofInnsbruck,AustriaDrKeil/ProfG.Weihs’photonicsgroup on studying aspects of exotic Kibble-Zurek mechanism for defect formation with

photonsinphotonicchips.

2. OtherInternationalcollaborations(onlyprojectsthathaveledtojointpublicationsalready)include

groups at the University of Oxford, Cambridge, Stony Brook, Imperial College, University CollegeLondon,TechnicalUniversityofBerlin,KoreaAdvancedStudyInstitute,InstituteofPhotonicSciencesBarcelona,UniversityofCaliforniainSantaBarbara,SeoulNationalUniversity,C.N.YangInstituteforTheoreticalPhysics(US).Seepublicationssection.

---Selectedresearchhighlights

1) My2007publicationon“Photonblockade inducedMott transitionsandXYspinmodels incoupled

cavity arrays” iswidely regornized as the foundingwork in the field ofQuantum Simulators andMany-Body Physicswith Light, and on has receivedmore than 500 citations to date since 2007.AmongothersitwasinterviewedforanarticleinNewScientistbysciencejournalistMarkBuchanan,Issue2586,11January2007entitled“Engagingphotonsinlightconversation”

2) Publication“Weavinglightmatterqubitsinintoonewayquantumcomputer”,NewJournalPhysics2008) wasselectedby Sciencewatch.comasoneof the top20papers withmostcitations in theyears 2008 and 2009 in the field of quantum computing. Link here:http://sciencewatch.com/ana/st/quantum/papers2yr/

3) Ourwork "Simulatingneutrinooscillations in trapped ions"publishedatNJP14033028 (2012)hasbeen selected for the "New Journal of Physics Highlights for 2012" and was covered in thefollowing science media: Phys.org "Dance like a neutrino: Quantum scheme to simulate neutrinooscillations".Sciencenewsline,SPACEDAILY,Eurekalert,Fermilab.

4) TwoinvitedbookspublishedbySpringer

“QuantumComputing:Fromtheorytoexperiments”2006and2017.D.G.Angelakis,M.Christandl,A.Ekert,A.KayandS.Kulik(Editors).“QuantumInformationProcessingFromTheorytoExperiment”Volume1992006.NATOScienceSeries:Computer&SystemsSciences,Kluwer2006,ISBN1-58603-611-4

“Quantum Simulators with Photons and Polaritons: Merging QuantumOptics with Condensed Matter Physics” D. G. Angelakis, (edited volumeinvitedbySpringer),2017.SeriesonQuantumScienceandTechnology.).AlsoCQT research highlight “Book presents global perspective in quantumsimulations”

3. Specialissuesedited

---“Quantumsimulations”.EuropeanPhysicalJournal:QuantumTechnology,2014.DGAasleadeditorwithD.Jacksh,A.Aspuru-Guzik,E.Solanoasco-editors.

---“Many-bodyphysicswithphotonsandpolaritons”,NewJournalofPhysics,IOP2017.DGAasleadeditorwithC.Ciuti(Paris),PedramRoushan(UCSB/Google),A.Szameit(Rostock)asco-editors.

2. InvitedReviewC.NohandD.G.Angelakis“Many-bodyphysicsandquantumsimulationswithlight”

ReportofProgressinPhysics,80,016401(2016).CQThighlight“Reviewmarks10yearsofresearchinquantumsimulators”

3. OurNovember2016workinPhysicalReviewLetters“Topologicalpumpingwithphotonsinnonlinearresonatorarrays”,theorycollaborationwithGoogle,hasbeencoveredininEurekaAlert” AnArchimedes'screwforgroupsofquantumparticles,Phys.org,HealthMedicinet,Nanowerk,NanotechnologyNow,SkyNightly,andSpaceDaily.ItwasalsoCQTresearchhighlight“TopologicalSchemeinspitedbyNobelwinner’swork”

4. OurDecember2016PRL“DrivenopenquantumsystemsandFloquetstroboscopicdynamics”.PhysicalReviewLetters,December2016,wasaCQTresearchhighlight“ShakingSchrodinger’scatmayprotectfromtheenvironment”

5. Our2015workinOpticawithProf.SzameitexperimentalgroupinGermanyon“Forbiddenphysicshasbeenseeninanexperiment–sortof.CQTresearchersandcollaboratorsinGermany,AustriaandIndiasimulatedwithlightthebehaviourofanimpossibleparticleknownasaMajoranon…”ReadmorefromCQThighlightfornonspecialists,”Lightmimicsforbiddenparticle“

6. Our2013workinPRL“Mimickinginteractingrelativistictheorieswithlight”CentreforQuantumTechnologiesresearchhighlights

7. Ourwork“Luttingerliquidofphotonsandspin-chargeseparationinhollow-corefibers”PRL2011wasselectedasan"EditorsSuggestion"byPhysicalReviewLettersandwasthethemeofaViewpointarticleinPhysicsentitled“Inatightspotspinandchargeseparate”inPhysics4.3020111byG.AFIete

8. ResearchHighlightinNature:"OpticalPhysics:Aliquidofphotons",Nature,472,262(2011)relatedtoourworkonspinchargeseparationwithlight.

9. News story in “Physics and Physicists”, “Luttinger Liquid Behavior For Photons In 1D”Link:http://physicsandphysicists.blogspot.com/2011/04/luttinger-liquid-behaviorforphotons.html

10. Invitedreviewarticle(coverstory)intheInnovationMagazine,onafocusissueonQuantum

Technology,onmycontributionsinthefieldoflight-matterinteractionsandquantumsimulations.Title:“Sheddinglightintothesecretsofmatter”http://www.innovationmagazine.com/volumes/v9n2/preserved-docs/18_21.pdf

11. ‘Interview and article Greece’s most esteem Sundays published national newspaper TO BIMA,

SciencesectionbyTasosKafantaris,Sciencesection,Sunday8May2011"Liquidphotons:AlaGrec"(inGreek).

12. FocusarticleatPhys.Org“Couldlightandmattercouplingleadtoquantumcomputation?October11,2010byMirandaMarquitonourpublication“PhotonblockadeinducedMotttransitionsandXYspinmodelsincoupledcavityarrays”

OUTREACHANDPUBLICSERVICEIhavedeliveredseveraltalksandwrittenarticlesonquantumphysicsandquantuminformationtonon-specialist audiences including: the Amateur Astronomical Society of Greece, several secondary andhighschools inUKandGreece includingthehistoric“RugbySchool” inWarwickshireUK, andtheHillsRoadHighSchoolinCambridgeUK.I have also participated in severaloutreach events representing CQC Cambridge, CQT Singapore, TUCCreteincludingtheAnnualScienceFairinSingapore,theNUSOpenday,theTUCOpendayandothers.DeliveredinterviewsandwrittenarticlesinStraitsTimes,InnovationMagazine,CreteTV,NewScientist,SKYGreece,CNNGreeceandothers.INTERNATIONALCONFERENCE&ADVANCEDPHYSICSSCHOOLSORGANIZING

1. Mainorganizerandchairmanof“The1stworkshoponQuantumTechnologiesinGreece:Towardsanationalprogram”,CreteJune22-23,2017

2. Program committee, AQIS18, 18th AsianQuantum Information Science Conference, http://aqis-conf.org/2018/,NagoyaJapan,September8-12,2018

3. Program committee, The Nanoscale Quantum Optics Workshop, Prague February 2017.http://www.cost-nqo.eu/event/nanoscale-quantum-optics-conference-mc-meeting-prague-czech-republik/

4. Programcommittee,InternationalWorkshopon“Stronglycorrelatedfluidsoflightandmatter”heldinCorsica,France,8-12May2017.http://qflm2017.org/

5. Mainorganizer and chairmanof theprogramcommitteeof International School andWorkshopon“Many-body physics and quantum simulations with light”, Chania, Crete June 4-11, 2016http://qlightcrete2016.org

6. Programcommitteemember,“InternationalConferenceonQuantumComputation,CommunicationandMeasurement(QCMC2016),tobeheldinCQT/NUS,Singapore,4-8July2016.https://qcmc.quantumlah.org/

7. Organizerofthesymposiumon“Manybodyquantumoptics:MergingcondensedmatterwithAMOphysics” within the 9th International Conference on Computational Physics (ICCP9), Singapore

January7-11,2015.http://www.physics.nus.edu.sg/iccp9/iccp9/minisym.htm#C13

8. ChairmanoftheorganizingandprogramcommitteesoftheNATOAdvancedStudyInstitutein

QuantumComputationandQuantumInformation,Chania,Crete,Greece2-13May2005.http://www.qi.damtp.cam.ac.uk/crete_2005/

9. Chairman of the organizing committee of the 4thmeeting of the CMI (Cambridge-Massachusetts

InstituteofTechnologyInstitute)inQuantumInformation,CambridgeUK,July2002

10. Member of the organizing committee of the 3rd meeting of the CMI (Cambridge-MassachusettsInstituteofTechnologyInstitute)inQuantumInfomation,CambridgeUSA,January2002.

INVITEDTALKSinINTERNATIONALCONFERENCES(40intotal)

1. “TheEUQuantumFlagshipandtheGreekResearchActivities inQuantumTechnologies”at the

The1stworkshoponQuantumTechnologiesinGreece:Towardsanationalprogram”,IESL,Crete,June22-23,2017.

2. “FromMott transitions tomany-body localizationwith interactingphotons:Anold storyandarecentexperiment”ConferenceonHybridPhotonicsandMaterials,Mykonos,September2017

3. “FromMott transitions tomany-body localizationwith interactingphotons:Anold storyandarecentexperiment”inconference:Themanyfacetsofnon-equilibriumphysics:frommanybodytheorytoquantumthermodynamics,Sicily,September2017

4. “Spectral Signatures of Many-Body Localization with Interacting Photons: An experiment”,InternationalICTPWorkshopinQuantumScienceandTechnology,ICTPTrieste,September2017

5. “Spectral Signatures ofMany-Body Localizationwith Interacting Photons”, CCPQWorkshop onDynamicsofComplexQuantumSystems,RoyalSociety-CumberlandLodge,UK,August2017

6. “Probing Many-Body Physics with Light”, Symposium on Quantum Matter, InternationConferenceonStatisticalPhysics,ΣΦ2017,Corfu,Greece,July2017

7. “Quantumsimulationsandmany-bodyphysicswithlight”,Thai-SingaporeScholarsWorkshopinQuantumTechnologies,Thailand,January2017(Keynote)

8. “Topological and gauge fields with photons”, Quantum and Topological NanophotonicsWorkshop,NanyangTechnologicalUniversity,Singapore,December2016.

9. “Quantumsimulationswith strongly interactingphotons”, Internationalworkshoponquantum

technologiesandmetamaterials,Spetses,GreeceJune2016.

10. “Many-bodyphysicswith light”, WorkshopSU(N),gauge fieldsandcoldatoms,18-20 January2016,MajuLab,CNRS-UMJcollaboration,NUS,January2016,Singapore

11. “Engineering and probingmany-body states of light in driven-dissipative arrays”, Program onMany body physics with light program run by the Kavli Insitute of Theoretical Physics, UCSBNovember2016,California,USA.

12. “Driven dissipative many body physics with light” Control of Quantum Dynamics of Atoms,

MoleculesandEnsemblesbyLightWorkshop2014,Bourgas,Bulgaria,June2015

13. “Stronglyinteractingphotons”InternationalWinterSchoolandWorkshoponStronglycorrelatedfluidsoflightandmatter,EuropeanCentreforTheoreticalStudiesinNuclearPhysicsandrelatedareas(ECT),Trento,ItalyJanuary12th-23rd2015

14. “Quantum simulations of exotic physics with photonic chips” The Benasque Workshop onQuantumSimulators,Benasque,Spain,February22nd-27th2015

15. “Quantum simulations of condensed matter and exotic phenomena with strongly correlated

photons and polaritons” Advanced Workshop on Landau-Zener Interferometry and QuantumControlinCondensedMatter,ICTPworkshop,Smyrna,Turkey,October2014

16. “Proposals for realization of topological states of interacting and non-interacting photon”META’14,the5thInternationalConferenceonMetamaterials,PhotonicCrystalsandPlasmonics,Singapore,May2014.

17. “Manybodyquantumoptics”ControlofQuantumDynamicsofAtoms,MoleculesandEnsemblesbyLightWorkshop2014,Bourgas,Bulgaria,June2014

18. “Emulating strongly correlated models with photons in driven atom-waveguide interfaces”

META’14,the5thInternationalConferenceonMetamaterials,PhotonicCrystalsandPlasmonics,Singapore,May2014.

19. “Quantumsimulationswithphotonsandpolaritons:Thepathfromtheearlytheorytothefirst

experiments"23rdAnnualInternationalLaserPhysicsWorkshop,Sofia,BulgariaJuly2014

20. “From the Jaynes-Cummings-Hubbardmodel to interacting relativistic theories with photons”,

Advancedmany-bodyphysicsand statisticalmethods inmesoscopic systems II,Sept.1-5,2014,BucharestRomania

21. “Quantum simulation of condensedmatter physics andQFTswith light”.Quantum Simulators

Workshop,Benasque,Spain,October2013

22. Quantum simulations with photons: The path fromMott transitions to interacting relativistictheorieswithlight,22ndInternationalLaserPhysicsWorkshop,Prague,July2013

23. “From Mott transitions to interacting relativistic theories with photons: A brief history ofphotonicquantumsimulations”,APSMarchmeeting2013,InvitedsessiononPhotonicQuantumSimulations,BaltimoreUSA,March2013.

24. “PhotonicQuantumSimulators”,AMOP2012,IndianInstituteofScienceEducationandResearchKolkata(IISER-K),December2012

25. “Luttinger Liquid of photons”. SFP-IPS Workshop at the Nanyang Executive Center (NTU),Singapore,January2012

26. “From Mott transitions to interacting relativistic theories with light”, 21st International LaserPhysicsWorkshop,Calgary,July2012

27. “Photonicquantumsimulators”.QuantumSimulatorsWorkshop,Benasque,Spain,March2011.

28. “Spin-charge separationwithphotons”,Workshop for the 75 years ofQuantumEntanglement,KolkataIndia,January2011

29. “Quantum simulators with light”. Quantum Communication Workshop, Vico Equence, Napoli,Italy,October2009

30. “Quantum simulations and quantum information processing with photons”. QuantumInformationandQuantumComputationconference,BenasqueSpain,June2009

31. “PhotonicQuantumPhaseTransitionsandQIPinCoupledCavityArray”s.18thInternationalLaserPhysicsWorkshop,Barcelona,July2009

32. “Quantumsimulationsandquantuminformationprocessingwithhybridlightmatterqubits”.5thCentral EuropeanQuantum Information ProcessingWorkshop June 2008, Telč, Czech Republic,June2008.

33. “Mott transitions, spin models and cluster quantum computation in coupled cavity arrays”.InternationalWorkshoponStrongatom-light interactions: theory,experimentandapplications,ImperialCollegeMay2007.

34. “Quantum phase transitions and quantum computation in coupled cavity arrays”.Many bodysystemsandquantumcomputationconference,Pisa,Italy,March2007.

35. “Quantumphasetransitionsoflight:.ThefifteenthannualInternationalLaserPhysicsWorkshop-SymposiumonQuantumInformationL'EcolePolytechniqueFédéraledeLausanne,July2006.

36. “Optical quantum gates in coupled cavity waveguides”. QIP IRC meeting, St Anne’s College,Oxford,September2005.

37. “QuantumcomputationinPhotonicCrystals”,InternationalWorkshopinQuantumComputationandQuantumInformation,Benasque,Spain,12-30June2005.

38. “Optical Quantum Computing in Photonic Crystals”, The fourteenth annual International LaserPhysicsWorkshop,KyotoJapan,4-8July2005.

39. “Bell InequalitiesandQuantumComputation”.QuantumProbabilityandInformationworkshop.Patras,Greece2005.

40. “Directdistanceestimationbetweenunknownquantumtransformations”. InvitedpresentationatCambridge-MITworkshoponQI,Cambridge,UK,January2003.

41. “TestingBellInequalitiesinPhotonicCrystals”.YoungResearchersMeetingoftheTMRNetworkonMicrolasersandCavityQED,Durham,UKJuly2000

LecturesinInternationalPhysicsSchools

1 Quantum Information Transfer between Light and Matter in Photonic Crystals. QuantumInformation Processing Interdisciplinary Research Collaboration Summer School. Sheringham UK, June,2005.

2 “Stronglyinteractingphotons”InternationalWinterSchoolandWorkshoponStronglycorrelatedfluidsof lightandmatter, EuropeanCentre forTheoreticalStudies inNuclearPhysicsand relatedareas(ECT),Trento,ItalyJanuary12th-23rd2015

3 “Strongly interacting photons for quantum simulations” International School of Physics “E.Fermi”-NanoscaleQuantumOptics,,ItalyJuly2018.

TEACHINGEXPERIENCE

• TechnicalUniversityofCrete,Greece, 2008-2017:Lecturer2008-2012,and thenAssistantandnow tenure Associate Professor with teaching duties of 4 courses per year on average (twoundergraduate and two graduate level). Since 2012 parts of two courses per year (part timeappointment). Teaching duties include planning and setting up the coursematerial, preparing lecturesnotes,deliveringbetween3to5hoursoflecturespercourseperweekfor13weeks,settinguplaboratorydemonstrationexperiments and selectingand supervising teachingassistants for the laboratorypartofthecourses.Numberofstudentstrained~200persemesterperundergraduatecourse.During2008-2012full teaching loadofminimum2undergraduate coursesper yearplusoneor twograduateones, 2012onwardsparttimedutiesofoneundergraduateandonegraduatecourseperyear.

Coursestaught:

Wintersemester,everyyearduring2008-2014:Physics1(Mechanics-Thermodynamics),undergraduateyear1

Spring semester: Physics 2 (Electromagnetism-Optics-Modern Physics) 2008, 2009, 2010, 2011, 2016,2017,undergraduateyear2

Postgraduate lecturecourses:AdvancedQuantumPhysics (2009-10-11-12,13), IntroductiontoQuantumOptics and Quantum Information (2010), Special topics in Laser-Mater Interactions (2008, 2009),IntroductiontoQuantumInformationandQuantumTechnologies(2014-2017)

• Cambridge University,UK.2001-2008. Academic and personal tutor (junior research fellow StCatharine'sCollege)aswellasprojectsupervisioninRelativity,Optics,Mechanics,Waves(1styear).Smallgroupteaching,twohoursperweekpergroup.

• Imperial College, UK 1998-2001-Teaching assistant as PhD student for the courses: QuantumMechanics (2nd year), Relativity (2nd year), Optics (1st year), Mechanics(1st year), Waves (1st year),Electromagnetism(2ndyear),SolidStatephysicsThermodynamics(3rdyear)

• UniversityofCrete,Greece1994-1998-Laboratorydemonstratorasundergraduatestudent(topofmyyear)forthelaboratorycourses:Mechanics(1styear),Optics(2ndyear),ModernPhysics(3rdyear).TeachingassistantasanMScstudentforClassicalMechanics(3rdyear),Thermodynamics(3rdyear)

GRADUATESTUDENTS&POSTDOCTORALRESEARCHERSSUPERVISION

CentreforQuantumTechnologies,Singapore

Postdoctoralresearcherssupervision:PastDrBlasManuelRodriguez-Lara(nowfacultyinMexico),2+years,2009-2011DrJohnGoold(nowfacultyinIreland),oneyear,2010DrPriyamDas(nowLecturerIndia),3years,2012-15DrAmitRai(nowLecturerIndia),3+years,2011-15DrPingNaMa(nowCEOandfounderof"YotcopiTechnologies"alsoworkinginparallelthebankingsector),1year,2014-15DrChangyoupLee(nowseniorresearcherKarlsruheInstituteofTechnology,Germany)3years,2012-15DrChangsukNoh,(nowfacultyinKoreaInstituteofAdvancedStudies),5years,2010-15DrVictorBastidas,joinedDecember2015fromTUBerlin

CurrentDrWingChiYu,joinedSeptemner2017fromNUS,SingaporeDrMarcAntoineLemonde,joinedMarch2017,Vienna,AustriaPhDstudentssupervision

1. Mingxia Huo, (PhD, supervised jointly with Kwek LC) Quantum simulations with atoms andphotons,successfullydefendedJuly2013,nowpostdoctoralresearcheratUniversityofOxford,Physicsdepartment,D.Jakschgroup

2. InprogressJirawat Tangapatinanon, (PhD), started August 2014, graduate of Cavendish laboratory,CambridgeUK.“Quantumsimulationswithdriven-dissipativephotoniclattices:ImplementationsinCircuitQED”

3. TianFengSee(PhD),startedAugust2014,graduateofDAMTP,CambridgeUK“Scatteringandmultiphotontransportinmany-bodyphotonicsystems:”

4. HariphanPhilathong, to start September 2017,MSc graduateof Imperial College, “Many-bodyphysicswithdriven-dissipativelight-mattersystems”

MembershipinPhDandMSccommittees

1. External examiner of Kwan Mun Kit, Nanyang Technological University Singapore MSc thesisentitled"Berry’sPhaseinDyshalonskii-MariyaInteraction",Singapore,2008

2. Internal examiner ofWangGuangquan PhD thesis entitled, "Strongly correlated phases in theanisotropichoney-comblattice",NationalUniversitySingaporeFebruary2013

3. Committeemember forNUSphysicsgraduatestudentTangHoKin’sandexaminerofQE3oralexamon“QuantumMonteCarlostudyofcorrelationeffects ingraphene”,supervisedbyDr.S.Adam,NUS

4. Internal examiner of Jian Bu You PhD thesis entitled, " Title:Majorana fermion in topologicalsuperconductor and Mott-superfluid transition in circuit-QED system", National University ofSingaporeAugust2015

5. ExaminerofMScthesisbyNavneethRamakrishnan,“"Theeffectsofmarcoscopindisorder inacondensedmattersystem”,NationalUniversityofSingaporeOctober2016

6. Diploma thesis committee for ECE student G. Devetzakis, «Ebits at a Distance: QuantumAlgorithmsandCircuitsforTeleportationofQuantumResources»,October2016.

7. External examiner of RADITYA WEDA BOMANTARA, National University Singapore PhD thesisentitled " EMERGENCE AND CONSTRUCTION OF NOVEL GAPLESS TOPOLOGICAL PHASES",Singapore,September2017

TechnicalUniversityofCrete(PhDstudentssupervision)

NikosSchetakis,(MSc),defendedJuly2012

MIchailKalogerakis,(MSc),defended2013

MarkelaTsafantaki(MSc),defendedMarch2017

InprogressPhDsNikosSchetakis,(PhD),started2013MIchailKalogerakis,(PhD),started2014

PUBLICATIOΝS

51 publications with ~1900/ 1300 citations (Google Scholar/Web of Science-10/1/2018). H index21/17,i-10index35/34,.Since2012:1100citations,5PRLs,1Science,twospecial issuesedited(EPJQT and NJP), two invited books for Springer, one review for Reports Progress in Physics. Severalscientific media articlesStraits Times, Sky Greece, New Scientist,Nature Research Highlights, TheInnovationMagazine,PhysicsWorldandBIMAScience(seeprevioussectiononhighlights)

Theses:

• D.G. Angelakis. “Atom-Photon Interactions in Structured Reservoirs”, PhD thesis, ImperialCollege,2002.SupervisedbyProf.SirPeterKnightFRS• D.G. Angelakis. “The quantum jump approach in quantum optics”, MSc Thesis, University ofCrete,1998.SupervisedbyProf.PeterLambropoulosBooks

1 D.G. Angelakis, M. Christandl, A. Ekert, A. Kay and S. Kulik (Editors). “Quantum InformationProcessing From Theory to Experiment” Volume 199 2006. NATO Science Series: Computer& SystemsSciences,Kluwer2006,ISBN1-58603-611-4

2 D. G. Angelakis, editor “Quantum Simulators with Photons and Polaritons: Merging QuantumOpticswith CondensedMatter Physics” (edited volume invited by Springer), 2017. Series onQuantumScienceandTechnology.

Specialissuesedited“Quantumsimulations”.EuropeanPhysicalJournal:QuantumTechnology,2014.DGAasleadeditorwithD.Jacksh,A.Aspuru-Guzik,E.Solanoasco-editors.“Many-bodyphysicswithphotonsandpolaritons”,NewJournalofPhysics,2017.DGAasleadeditorwithC.Ciuti(Paris),PedramRoushan(UCSB/Google),A.Szameit(Rostock)asco-editors.InvitedReviews

C.NohandD.G.Angelakis “Many-bodyphysicsandquantumsimulationswith light”ReportofProgressinPhysics,80,016401(2016)

BookchaptersC.Noh, S. Clark,D. JackshandD.G.Angelakis “Out-of-equilibriumphysics indrivendissipative coupledresonator arrays” in “Quantum Simulatorswith Photons and Polaritons:MergingQuantumOpticswithCondensedMatterPhysics”(Springer),2017.SeriesonQuantumScienceandTechnology.

Journalpublications

Submitted

1. J.Tangpatinanon,S.Clark,V.M.Bastidas,R.Fazio,D.Jaksch,D.G.Angelakis*,“HiddenOrderinQuantumMany-bodyDynamicsofDriven-DissipativeNonlinearPhotonicLattices”,arXiv:1806.10762

2. V. M. Bastidas, T.H. Kyaw, J. Tangpanitanon, G. Romero, L.C. Kwek, D.G. Angelakis “Floquetstroboscopicdivisibility:coherencepreservationinnon-Markoviandynamics”arXiv:1707.04423

3. M. Namazi, B. Jordaan, C. Noh, D. G. Angelakis, E. Figueroa “Realizing topological relativisticdynamicswithslowlightpolaritonsatroomtemperature”arXiv:1711.09346

(Published-51intotal,*correspondingauthor)

1. P.Roushan,C.Neill,J.Tangpanitanon,V.M.Bastidas,A.Megrant,R.Barends,Y.Chen,Z.Chen,B.

Chiaro,A.Dunsworth,A.Fowler,B.Foxen,M.Giustina,E.Jeffrey,J.Kelly,E.Lucero,J.Mutus,M.Neeley,C.Quintana,D.Sank,A.Vainsencher,J.Wenner,T.White,H.Neven,D.G.Angelakis*,J.Martinis,“Spectralsignaturesofmany-bodylocalizationwithinteractingphotons”inScience,01Dec2017:Vol.358,Issue6367,2017

2. TF See, C Noh, D.G. Angelakis, “A diagrammatic Diagrammatic Approach to MultiphotonScattering”,Phys.Rev.A95,053845(2017)

3. E.Compagno,G.DeChiara,D.G.Angelakis,andG.M.Palma,“TunablePolaronsinBoseEinstein

Condensates”,ScientificReports7,2355(2017)

4. J.Tangpatinanon,V.M.Bastidas,P.Roushan,S.Assam,D.Jaksch,D.G.Angelakis*,“Topologicalpumping with photons in nonlinear resonator arrays”, arXiv: 1607.04050, Physical ReviewLetters,117,213603(2017).

5. Sebastian Restrepo, Javier Cerrillo,, V.M. Bastidas,D. G. Angelakis, T. Brandes, “Driven openquantumsystemsandFloquetstroboscopicdynamics”.PhysRev.Let.117,2504012016.

6. C.Koke,C.Noh,D.G.Angelakis*, “Diracequation in2-dimensional curvedspacetime,particle

creation,andcoupledwaveguidearrays”,AnnalsofPhysics374,162(2016).

7. J.J.Mendoza-Arenas,S.R.Clark,S.Felicetti,G.Romero,E.Solano,D.G.Angelakis,andD.Jaksch“Beyondmean-fieldbistabilityindriven-dissipativelattices:Bunching-antibunchingtransitionandquantumsimulation”,Phys.Rev.A93,023821(2016).

8. A. V. Sorokin,M. Aparicio Alcalde, V.M. Bastidas, G. Engelhardt,D. G. Angelakis, T. Brandes,

“Semiclassical bifurcations and topological phase transitions in a one-dimensional lattice of

coupledLipkin-Meshkov-Glickmodels”,arXiv:1604.08023, PhysRev.E.94,0321123(2016)

9. D.G.Angelakis* andC.Noh“Many-bodyphysicsandquantumsimulationswith light”ReportofProgressinPhysics,80016401(2016)

10. C.Lee,C.Noh,N.Schetakis,D.G.Angelakis*"Few-photontransportinmany-bodyphotonicsystems:Ascatteringapproach",Phys.Rev.A92,063817(2015)

11. G.W.Hanson,S.A.H.Gangaraj,C.Lee,D.G.Angelakis,M.Tame"Quantumplasmonicexcitation

ingrapheneandrobust-to-losspropagation",Phys.Rev.92,013828(2015)12. R.Keil,C.Noh,A.Rai,S.Stutzer,S.Nolte,D.G.Angelakis*,A.Szameit"Experimentalsimulation

ofchargeconservationviolationandMajoranadynamics",Optica2,454(2015)

13. ChangyoupLee,AmitRai,ChangsukNoh,DimitrisG.Angelakis*."Photoniclatticesimulationofdissipation-inducedcorrelationsinbosonicsystems",inNatureScientificReports5,8438(2015).

14. HyunseokJeong,Changsuk Noh,Seunglee Bae,Dimitris G. Angelakis,Timothy C. Ralph,"Detecting the degree ofmacroscopic quantumness using an overlapmeasurement", Jour. ofOpt.Soc.OfAmericaB,Vol.31,Issue12,pp.3057-3066(2014)

15. Peter A. Ivanov, Naoum I. Karchev, Nikolay V. Vitanov, Dimitris G. Angelakis, "Quantum

simulationofsuperexchangemagnetisminlinearioncrystals",arXiv:1405.6071,Phys.Rev.A90,012325(2014)

16. Changyoup Lee, Amit Rai, Changsuk Noh, Dimitris G. Angelakis*."Probing the effects of

interactioninAndersonlocalizationusinglinearphotoniclattices”arXiv:1310:8208,PhysicalReviewA89,023823(2014).

17. PriyamDas,ChangsukNoh,DimitrisG.Angelakis*"Realizingthedrivennon-linearSchrodingerequationwithstationarylight",arXiv:1208.0313EurophysicsLett.10334001(2013).

18. DimitrisG.Angelakis*,C.Noh”Probing the topologicalpropertiedof Jackiw-Rebbimodelwithlight".arXiv:1306.2179,NatureScientificReports4,6110(2014)

19. N. Schetakis, Tom Gruzic, Stephen R. Clark, Dieter JackshDimitris G. Angelakis*. "Frozenphotons in coupled cavity arrays",arXiv:1305.6576, J. Phys. B: At. Mol. Opt. Phys. 46 (2013)224025

20. J. Ryu, C. Lee, Y. Zhi, R. Rahaman, D. G. Angelakis, J. Lee, M. Żukowski. "Multi-settingGreenberger-Horne-Zeilingertheorem",arXiv:1303.7222,Phys.Rev.A89,024103(2014)

21. ChanghyoupLee,MarkTame,ChangsukNoh,JamesLim,StefanA.Maier,JinhyoungLee,DimitrisG. Angelakis*. "Robust-to-loss entanglement generation using a quantum plasmonicnanoparticlearray"arXiv:1303.5092,NewJ.Phys.15083017(2013)

22. DimitrisG.Angelakis*,C.Noh."TowardstopologicaleffectswithcoupledQEDcavityarrays".arXiv:1306.2179,Int.J.Mod.Phys.B28,1441003(2014).

23. TomGruzic,StephenR.Clark,DieterJackshDimitrisG.Angelakis*"Repulsivelyinducedphoton

super-bunchingindrivenresonatorarrays"arXiv:1205:0994,Phys.Rev.A.87053846(2013)

24. ChangsukNoh,BlasM.RodriguezDimitrisG.Angelakis*"TheMajoranonandhowtorealizeitinatable-topexperiment",arXiv:1210.5060,PRA(R)870401102

25. DimitrisG.Angelakis*,MingxiaHuo,DarrickChang,LeongCKwek,VladimirKorepin"Mimickinginteracting relativistic theories with stationary light"arXiv:1207.7272Phys. Rev. Lett. 110,100502(2013)

26. TomGruzic,StephenR.Clark.DimitrisG.Angelakis*,DieterJacksh"Non-equilibriummany-body

effects in driven nonlinear resonator arrays",arXiv:1205:0994,New Journal ofPhysics,14103025(2012)(pdf)

27. MingxiaHuo,DimitrisG.Angelakis*,LeongCKwek"Spinonsandhollonswithpolarizedphotonsinanonlinearwaveguide",NewJ.Phys.14075027(2012)(pdf)

28. AmitRai,DimitrisG.Angelakis*"Dynamicsofquantumlight in integratednonlinearwaveguidearraysandgenerationofrobustcontinuousvariableentanglement"arXiv:1201.4303Phys.Rev.A85,052330

29. ChangsukNoh,BlasM.Rodríguez-Lara,DimitrisG.Angelakis*"Quantumsimulationofneutrinooscillationswithtrappedions"arXiv:1106.4936NewJ.Phys14033028(2012)

30. MingxiaHuo,ChangsukNoh,B.M.Rodríguez-Lara,DimitrisG.Angelakis*"QuantumsimulationofCooperpairingwithphotons"arXiv:1106.4936,Phys.Rev.A86,043840(2012).

31. Dimitris G. Angelakis*, Stefano. Mancini “Fluctuations assisted stationary entanglement indrivenquantumsystems''.(arXiv:1107.0905),Int.J.Mod.Phys.B27,1345037(2012).

32. M.Huo,D.G.Angelakis*“sineGordonandBose-Hubbarddyanmicswithphotonsinanonlinearfiber''.(arXiv:1103.4856),PRA85,023821(2012)

33. D. G. Angelakis*, M. Huo, E. Kyoseva, LC Kwek,“A photonic Luttinger liquid and spin-chargeseparationinaquantumopticalsystem''.(arXiv:1006.1644)Phys.Rev.Lett.106,153601(2011)

34. Elica Kyoseva,Dimitris G. Angelakis, LC Kwek,“A single-interaction step implementation of aquantumsearchincoupledmicro-cavities''.Eur.Phys.Lett.89,20005(2010)(arXiv:0908.3308)

35. DimitrisG.Angelakis*,DaiLi,LCKwek,“Coherentcontrolofsteadystateentanglementindrivencavityarrays''.Eur.Phys.Lett.91,10003(2010)(arXiv:0906.2168)

36. JaeyoonCho,Dimitris G. Angelakis*, SougatoBose, “FractionalQuantumHall state in coupled

cavities”.Phys.Rev.Lett.101,246809(2008)(arXiv:0807.1802)

37. Dimitris G. Angelakis*, StefanoMancini, Sougato Bose, “Steady state entanglement betweendistant hybrid light-matter qubits under classical driving”,Eur. Phys.Lett. 85, 20007(2009)(arXiv:0711.1830).

38. JaeyoonCho,DimitrisG.Angelakis*,SougatoBose,“Simulationofhigh-spinHeisenbergchainsin

coupledcavities.”Phys.Rev.A062338(2008)(arXiv:0802.3365).

39. AlastairKay andDimitris G. Angelakis*, “Reproducing spin lattice models in strongly coupledatom-cavitysystems.”Eur.Phys.Lett.8420001(2008)(arXiv:0802.0488).

40. JaeyoonCho, Dimitris G. Angelakis, Sougato Bose, “Heralded generation of two-photon

polarization entanglement with coupled cavities”.Phys. Rev. A,vol. 78, 022323(2008).(arXiv:0712.2413)

41. Dimitris G. Angelakis*, Marcelo F. Santos, Sougato Bose, “Photon blockade induced MotttransitionsandXYspinmodelsincoupledcavityarrays”,Phys.Rev.A(Rap.Com.)vol.76,031805(2007)(arXiv:quant-ph/0606159).

42. Dimitris G. Angelakis*,AlastairKay, “Weaving light-matter qubits into a one way quantumcomputer”,NewJ.Phys.Vol.10,023012(2008).(arXiv:quant-ph/0702133).

43. Dimitris G. Angelakis*, M. Santos, V. Yanopappas, A.K. Ekert, “A proposal for theimplementationofquantumgateswithphotonic-crystalcoupledcavitywaveguides”,Phys.Lett.A.Vol.362,377(2007)(arXiv:quant-ph/0410189).

44. SougatoBose,DimitrisG.Angelakis,DanielBurgarth.“TransferofaPolaritonicQubitthroughaCoupledCavityArray”,Journ.OfMod.Opt.vol.54,2307(2007)(arXiv:0704.0984).

45. Dimitris G. Angelakis*, Sougato Bose “Generation and verification of high-dimensionalentanglementfromcoupled-cavityarrays”,Jour.ofOpt.Soc.Amer.B.24,266(2007).

46. D.G. Angelakis*, E.Paspalakisand P.L. Knight.PhotonicCrystalsand Inhibition of SpontaneousEmission:AnIntroduction.ContemporaryPhysicsVol.45,303(2004)(arXiv:quant-ph/0408025).

47. D. G. Angelakis*, E.Paspalakisand P.L. Knight.Transient properties of modified reservoir-inducedtransparency.Phys.Rev.A61,55802(2000).(arXiv:quant-ph/9909018)

48. D.G.Angelakis*,E.PaspalakisandP.L.Knight.Coherentphenomena inphotoniccrystals.Phys.Rev.A64,013801(2001).(arXiv:quant-ph/0009106)

49. D.G.Angelakis,A.Beige,P. L.Knight,W. J.Munro,B.Tregenna.VerifyingAtomEntanglementSchemesbyTestingBell'sInequality.Z.Naturforsch.56a,27(2001)arXiv:quant-ph/0102079).)

50. D. G. Angelakis* and P.L. Knight.TestingBellInequalities in PhotonicCrystals.Eur.Phys.JournalD.18(2):247-250(2002).

51. E.Paspalakis, D. G. Angelakis* and P.L. Knight.The influence of the density of states on darklines in spontaneous emission.Opt. Com 172, Issues 1-6, 15 229-240 (1999).(arXiv:quant-ph/9906093).

INVITEDSEMINARSANDCOLLOQUIAINUNIVERSITIESANDINSTITUTIONS(onlyselecteditems)

1. “Quantumcomputingandquantumsimulations”,ECESchool,TechnicalUniversityofCrete,June

2018,Colloquium

2. “Quantum simulations of material science with interacting photons”, Materials Department,UniversityofCrete,April2018,Colloquium

3. “Quantumsimulationswithlight”,PhysicsDepartment,UniversityofCrete,Greece,March2018,SpecialColloquiumtoopenthe40thyearanniversarycelebrationsofthedepartment

4. “Quantumsimulationswithinteractingphotonsinsuperconductingqubits”,PhysicsDepartment,UniversityofMelbourne,Melbourne,December2017

5. “Quantumsimulationswith interactingphotons:SpectralSignaturesofMany-BodyLocalizationwith Interacting Photons”, Physics Department, University of New South Wales, SyndeyDecember2017

6. “Spectral Signatures of Many-Body Localization with Interacting Photons”, Physics andAstronomyDepartment,MacquarieUniversity,Sydney,December2017

7. “SpectralSignaturesofMany-BodyLocalizationwith InteractingPhotons”,PhysicsDepartment,UniversityCollegeLondon,August2017

8. “Quantum Simulations with Strongly Interacting Photons: Merging Condensed Matter PhysicswithQuantumOptics”,ColloquiumoftheCentreforQuantumTechnologies,NationalUniversityofSingapore,July2017

9. “Quantum Simulations with Light”, Physics Department, University of Queensland Australia,Brisbane,November2016

10. Topological pumping with photons”, Physics Department, Macquarie University , Sydney.November2016

11. Many-body physics with light: From Mott transition to topological pumping with photons”,PhysicsDepartment,UniversityCollegeLondon,September2016

12. “FromMotttransitiontotopologicalpumpingwithphotons”,PhysicsDepartment,UniversityofOxford,September2016

13. "Probing the topological properties of the Jackiw-Rebbimodelwith light", Physics DepartmentandCNYangInstituteforTheoreticalPhysics,StateUniversityofNewYork,NYUSAJanuary2016

14. “Engineeringandprobingmany-bodystatesoflightindriven-dissipativearrays”,KavliInsituteofTheoreticalPhysics,California,USA,November2015

15. “Quantumsimulationswithphotonsandpolaritons”,PhysicsDepartment,NTU,May2014

16. “Mott transitions and interacting relativistic theories with cavity arrays”, Walter MeissnerInstitute,Munich,October2013

17. "From Mott transitions to the Thirring model with light", CN Yang Institute for Theoretical

Physics,StateUniversityofNewYork,NYUSAMarch2013

18. "Mimicking condensed matter and high energy physics with light", Colloquim, PhysicsDepartment,UniversityofCrete,HeraklionNovember2012

19. "Quantumwithstronglycorrelatedphotons",Colloquim,BristolCentreforQuantumPhotonics,BristolUK,November2012

20. "Quantum simulations with photons", QOLS group, Physics Department, Imperial College,October2012

21. "Photonic quantum simulators", Quantum Information and AMO group, Physics Department,UniversityCollegeLondon,October2012

22. “Quantum simulationwith coupled cavity arrays", Clarendon Laboratory, University of Oxford,

November2010.

23. Photonic quantum simulators: Mimicking condensed matter physics with photons", CavendishLaboratory,UniversityofCambridge,November2010.

24. "MotttransitionsandFractionalHalleffectwithphotons",PhysicsDepartment,ImperialCollege,October2010

25. "Luttingerliquidandspin-chargeseparationinnonlinearfibers",PhysicsDepartment,UniversityofNottingham,October2010

26. Quantumsimulationsinstronglycoupledatom-cavitysystems.SlovakAcademyofSciences,June2008.

27. Photonic phase transitions, spin models, and QIP in coupled cavity arrays, IESL Foundation ofResearchandTechnology,Greece,January2007.

28. Manybodyeffectsandquantumcomputation in strongly coupledatom-cavity systems. PhysicsDepartment,UniversityCollegeLondon,2006.

29. Photonic quantum phase transitions in coupled cavity arrays. Physics Department, NationalUniversityofSingapore,August2006.

30. Light-MatterInteractionsinPhotonicCrystals,ScienceDepartment,TechnicalUniversityofCrete,Chania,January2005.

31. Optical Quantum Computing in Photonic Crystals, Physics Department, National University ofSingapore,August2004.

32. From light localization and optical circuitry to single photon switches and more, PhysicsDepartment,ImperialCollegeLondon,July2003.

33. Light localization and spontaneous emission in photonic crystals, PhysicsDepartment,NationalUniversityofSingapore,August2003.

34. Quantum Nonlocality and Quantum Computation in photonic crystals. Physics Department,AristotelianUniversityofGreece,Thessaloniki,December2002.

35. BellInequalitiesandQuantumComputationinPhotonicCrystals.PhysicsDepartment,UniversityofCrete,Crete,April2001.

36. Testing Bell Inequalities in Photonic Band Gap Materials. Centre of Quantum Computation,UniversityofOxford,February2001.

37. Transparency Effects in Photonic Crystals Physics Department. University of Rochester, USA,October2000.

38. CreatingEntanglement inPhotonicCrystalsPhysicsDepartment.UniversityofToronto,Canada,October2000.

REGULARCONTRIBUTIONSININTERNATIONALMEETINGS(SELECTEDITEMSONLY)

1. Quantumnano-photonicsforquantumsimulations,FOMO2014,Kolymbari,ChaniaGreece,October2014

2. Quantum simulations in strongly coupled atom-cavity systems, ICAP, Cairns Australia,

August2010

3. Quantum simulation with photonic systems. InternationalWorkshop in Quantum

Computation Simulators, Physicszentrum, Bad Honeeff, Germany, 12-15 October2009.

4. Quantum simulations and quantum computation with strongly correlated photonic systems.InternationalWorkshopinQuantumComputationandQuantumInformation,Benasque,Spain,1029June2007.

5. Photonicphasetransitionsspinmodels,andQIP incoupledcavityarrays.CLEO-IQEC2007,Munich,June,2007.

6. Cluster state quantum computingwith hybrid lightmatter qubits. International workshop inMeasurementBasedQuantumComputing,Oxford,March2007.

7. Mott transitions and quantum computing in coupled cavities. American Physical SocietyMarchmeeting,Denver,USA2007.

8. Direct distance estimation between unknown quantum transformations. Advances inQuantum Information Processing Conference: From Theory to Experiment, Sicily, Italy,March2003.

9. Direct distance estimation between unknown quantum gates and quantum error correction.Cambridge-MITworkshop,Cambridge,Boston,USA,January2003.

10. Testing Bell Inequalities in Photonic Crystals. International Quantum ElectronicsConference2000,Nice,France,September2000.

11. Entangled States in Photonic Crystals. Bell Inequalities Testing. QUICK-QuantumInterference and Cryptographic Keys: Novel Physics and Advancing TechnologiesConference.Cargese,Corsica,France,April2001.

12. Coherent phenomena in Photonic Crystals. Photonic Crystals and Light Localization, NATOAdvancedStudyInstitute,Crete,Greece,June2000.

13. ReservoirEngineering.14thQuantumElectronicsConference,Manchester,UK,September2000.

ReferencesProf.ArturEkert,ProfessorofQuantumPhysicsattheMathematicalInstitute,UniversityofOxford,andaLeeKongChianCentennialProfessorattheNationalUniversityofSingaporeandalsotheDirectorofCQT.artur.ekert@qubit.orgProf. Ignacio Cirac, Max Planck Institute for Quantum Optics, Munich, Division Director,ignacio.cirac@mpq.mpg.deProf.SirPeterKnightFRS,EmeritusProfessorofQuantumOptics,ImperialCollegeLondonSW72AZ

ChairoftheQuantumMetrologyInstitute,NationalPhysicalLaboratoryp.knight@imperial.ac.ukProf.PeterZoller,UniversityofInssbruck,Austria,peter.zoller@uibk.ac.atProf.PeterLambropoulos,EmeritusProfessorofQuantumOptics,UniversityofCrete,labro@iesl.forth.gr