IEEE Quantum Week 2020 - Program
6OCT.2020CONFERENCE PROGRAM12–1IEEEQUANTUMWEEKCouncil on Superconductivityqce.quantum.ieee.org
Let’s build aquantum futuretogether.Our mission has always been to makequantum computing available toeveryone.When we launched the frst quantumcomputer accessible on the cloud in2016, we were astonished when wereached 8,000 users.Today, we’ve reached over 250,000users. This is the world’s largest andmost engaged quantum developercommunity running over 1 billioncircuits daily on a fleet of 18 quantumcomputers, all on the I 2 loud.IEEEQUANTUMWEEKOur neVt goal is to reach the worldSs 25million developers, to empower themto put quantum to use in solvingtoday’s intractable challenges.Our strategy is to make quantumcomputing as seamless and as easy touse as today’s classical programmingframeworks.If you’d like to learn more, pleasecontact hmcortes@us.ibm.comTable of ContentsChairs Message.4Sponsors.6Sponsor Event Highlights.8General Conference Information. 10Uniform Daily Schedule. 12Program Legend. 12Program-at-a-Glance. 14Mon, 12 Oct. Schedule. 18Tue, 13 Oct. Schedule. 26Wed, 14 Oct. Schedule. 36Thu, 15 Oct. Schedule. 43Welcome!IEEE Quantum Week is amultidisciplinary quantum computingvenue where attendees have theunique opportunity to discusschallenges and opportunities withquantum researchers, scientists,engineers, entrepreneurs, developers,students, practitioners, educators,programmers, and newcomers.Have a great week at IEEE QuantumWeek 2020!Fri, 16 Oct. Schedule. 49Committee Information.5223
IEEEQUANTUMWEEKIEEE Quantum Week — Chairs MessageWelcome to the inaugural IEEE InternationalConference on Quantum Computing andEngineering (QCE20) or IEEE QuantumWeek. We are thrilled to report that with youroutstanding contributions and participation,we have built a premier meeting to grow thehighly interdisciplinary quantum communityand help advance quantum computing,engineering, and technology. One of thegoals for IEEE Quantum Week, developedunder the auspices of IEEE Future DirectionsQuantum Initiative, is to build a first-classmeeting of quantum minds providingample opportunities to network with peersand explore partnerships among industry,government, and academia. IEEE QuantumInitiative officially started in January 2019under the leadership of the following fourco-chairs: Candace Culhane, Los AlamosNational Laboratory, Erik DeBenedictis,Sandia National Laboratories, Travis Humble,Oak Ridge National Laboratory, and HausiMüller, University of Victoria along withTerence Martinez, Program Director, IEEEFuture Directions.formed an exceptional program that spansquantum science and engineering—fromqubit and control technologies, to quantumsoftware infrastructure and developmentplatforms, to the highly anticipated realmof promising quantum applications. Thesynergistic IEEE Quantum Week aims tobring together different skill sets to generatesynergies among quantum professionals,researchers, educators, entrepreneurs,champions and enthusiasts exchangingand sharing their experiences, challenges,research results, innovations, applications,pathways and enthusiasm on all aspectsof quantum computing, engineering andtechnologies. Hardware-software co-designis an important theme in the quantumcommunities. Thus, bringing togetherresearchers and practitioners from quantuminformation science and algorithms, quantumtechnologies, the spectrum of hardware andsoftware platforms, software and systemsengineering, as well as promising applicationsdomains will foster partnerships, alliances,and start-ups.We wish you and your loved ones all the bestin these difficult times. Our thoughts are withthose of you who may be unwell, anxious, orgrieving due to the COVID-19 pandemic thatis reshaping our lives. Due to this situation,QCE20 cannot be held in Broomfield-Denver,Colorado as originally planned. Thus, QCE20 isheld as a fully virtual and digital event duringthe week of 12–16 October 2020 with ondemand access to all the QCE20 sessions pastthe conference week until 30 November 2020.QCE20 features nine parallel tracks over fivedays comprising 10 keynotes by world-classspeakers, 16 workforce-building tutorials, 21community-building workshops, 49 technicalpaper presentations, 7 stimulating panels, 30innovative posters, thought-provokingBirds of Feather (BoF) sessions, and virtualrooms to network and relax in the ColoradoRockies. In its virtual exhibits, IEEE QuantumWeek highlights technologies as well asR&D opportunities by established quantumcompanies and start-ups as well as quantumresearch labs and institutes.With the outstanding contributions fromthe international quantum community, we4While one week is not enough to explorethe 270 hours of quantum computing andengineering programming offered by IEEEQuantum Week, participants can accessquantum week sessions at their leisure overseven weeks until the end of November.Moreover, different cohorts will be attractedto different program tracks. For example,quantum newcomers will be best served bythe stellar keynotes, tutorials, panels, andBoFs. Experienced quantum researchers,engineers and developers will find workshops,technical papers, and posters in their subjectarea. The QCE20 Exhibitors, Patrons, andSupporters will showcase their technologiesand discuss training and R&D opportunities.Entrepreneurs can get to know the foundersof quantum start-ups and learn how to buildand fund a start-up in the Exhibits as well asthe Quantum Entrepreneurship workshop.As the quantum realm is highlyinterdisciplinary spanning many scientificand engineering fields and applicationareas, one of the key ideas was to enlist theIEEE organizational units in the quantumspace as financial and technical sponsors.IEEE Quantum Week 2020 is financiallyco-sponsored by IEEE Quantum Initiative,IEEE Computer Society (IEEE CS), IEEECommunications Society (ComSoc), IEEEPhotonics Society, and IEEE Council onSuperconductivity (CSC) as well as technicallyco-sponsored by IEEE Technology &Engineering Management Society (TEMS) andIEEE Electronics Packaging Society (EPS).A terrific team orchestrated IEEE QuantumWeek 2020—originally planned as an inperson event in Broomfield, Colorado—which transitioned to an all-virtual eventdue to the COVID-19 pandemic. We aredeeply indebted to very many volunteersand IEEE staff for their help and support inorchestrating QCE20. First, we would liketo thank all the contributors—the keynotespeakers, the technical paper and posterauthors, the panel organizers and panelists,the tutorial presenters, the workshop andBoF organizers. We especially would like tothank the exhibitors, the Platinum, Gold,Silver, Bronze sponsors and patrons, and thesupporters for their financial, technical, andin-kind contributions. Second, we would liketo thank all attendees who registered forQCE20. Your enthusiasm and appreciationof the speakers and the program made it allworthwhile. Third, we would like to recognizeall the committee members and IEEE staff (cf.QCE20 conference proceedings) who workedtirelessly in seeing IEEE Quantum Week cometo fruition.We hope that the virtual QCE20 live and ondemand experience will be a great success.We sincerely hope that you will enjoy IEEEQuantum Week 2020 and find plenty oftime to explore and experience the manywonderful contributions we received from theinternational quantum community.Please stay safe.Hausi MüllerQCE20 General ChairCo-Chair IEEE Quantum InitiativeUniversity of VictoriaGreg ByrdQCE20 Technical Program Board ChairNC State UniversityCandace CulhaneQCE20 Finance & Exhibits ChairCo-Chair IEEE Quantum InitiativeLos Alamos National LaboratoryErik DeBenedictisQCE20 Panel ChairCo-Chair IEEE Quantum InitiativeZettaflops LLCTravis HumbleQCE20 Workshops Co-ChairCo-Chair IEEE Quantum InitiativeOak Ridge National Laboratory5
SILVER EXHIBITORS & SPONSORSIEEEQUANTUMWEEKThank You to Our Sponsors!With your support, we are pleased to present the all-virtual inauguralIEEE International Conference on Quantum Computing and Engineering(QCE20), a multidisciplinary event focusing on quantum technology,research, development, and training.We are grateful to our amazing lineup of sponsors for being a partof Quantum Week.PLATINUM EXHIBITORS & SPONSORSBRONZE EXHIBITORS & SPONSORSSUPPORTER EXHIBITORS & SPONSORSGOLD EXHIBITORS & SPONSORS67
Mountain Time(UTC‐6)IEEEQUANTUMWEEKTue EventCompany12:30 PMINFORMATION SESSIONPartnering with XanaduXanaduQuantumTechnologies2:30 PMPRESENTATIONGate space scanning and keeping qubits stableusing the QDACQDevilJOIN JOIN Sponsor Event HighlightsWed, 14 OctoberMon, 12 OctoberMountain Time(UTC‐6)Mon EventCompanyDEMONSTRATIONAlbert - Cloud BECColdQuanta12:30 PMJOIN INFORMATION SESSIONXanadu Quantum Cloud & Photonic QuantumComputersXanaduQuantumTechnologies1:30 PMPRESENTATION AND DEMONSTRATIONImproving the performance of IBMQ quantumcomputer hardware with quantum controlQ-CTRL2:00 PMJOIN PRESENTATIONImproving the performance of IBMQ quantumcomputer hardware with quantum controlQ-CTRL2:30 PMPRESENTATION - LIVEIBM Q Hub at NC State First Univ. QHub inAmericaNC State Univ.12:15 PMJOIN JOIN JOIN Mountain Time(UTC‐6)Wed EventCompany10:00 AMJOIN DEMO AND FREE SIGNUPBe A Quantum Pioneer Create BECs with AlbertColdQuanta12:15 PMJOIN VIRTUAL COFFEE BREAKTalk to our Application Scientists about YourMeasurement ChallengesZurichInstrumentsThu, 15 OctoberMountain Time(UTC‐6)Wed EventCompany10:00 AMJOIN VIRTUAL COFFEE BREAKTalk to our Application Scientists about YourMeasurement ChallengesZurichInstruments2:30 PMDEMONSTRATIONUltracold Atom Based Quantum Sensors;Quantum Computing with Rydberg Atoms;Quantum Computing with Trapped Ions;Trapped Ions; Ultracold Atoms; QuantumSensorsColdQuanta2:30 PMPRESENTATIONNoise, filtering and proper grounding at milliKelvin from DC to GHzQDevilJOIN Tue, 13 October8Mountain Time(UTC‐6)Tue EventCompany10:00 AMJOIN DEMO AND FREE SIGNUPBe A Quantum Pioneer Create BECs with AlbertColdQuanta10:00 AMJOIN POWER POINT PRESENTATIONIBM Q Hub at NC State First Univ. QHub inAmericaNC State Univ.JOIN 9
IEEEQUANTUMWEEKGeneral Conference InformationBest Practices for Attending a Virtual Conference1. Prioritize your time, engage in sessions and presentations, and use the chat orother networking tools to engage with attendees, presenters, and exhibitors.2. Schedule sessions, presentations, exhibition time, and networkingopportunities on your calendar. This will allow you dedicated time to engagewith every element of the program.3. Minimize distractions: When you’re watching alone; it’s easy to multi-taskand get distracted. Instead, try to reduce interruptions, avoid double bookingyourself with other meetings or priorities—this will allow for a better attendeeexperience.4. If you miss a session no fear, all content will be available on demand until 30November 2020.Additional Information available on Hubb website.AzureQuantumExperience quantumimpact todaySupported BrowsersRegistrationAzure#com!quantum1011
SHAPING THEFUTURE OFQUANTUMCOMPUTINGIEEEQUANTUMWEEKUniform Daily ScheduleMountain Time (UTC‐6)Sessions8:30–10:00Session 1: Keynote, Awards, Announcements10:00–10:45Session 2: Exhibits, Posters, BoFs, Networking10:45–12:15Session 3: Papers & Panels, Tutorials, Workshops12:15–13:00Session 4: Exhibits, Posters, BoFs, Networking13:00–14:30Session 5: Papers & Panels, Tutorials, Workshops14:30–15:15Session 6: Exhibits, Posters, BoFs, Networking15:15–16:45Session 7: Papers & Panels, Tutorials, Workshops16:45–17:30Session 8: Exhibits, Posters, BoFs, Networking17:30–19:00Session 9: Keynote, Awards, Announcements19:00–19:45Session 10: Exhibits, Posters, BoFs, NetworkingProgram Legend12BoF (Birds of a Feather)NetworkingPostersColorado / tesPapersLeveraging our rich legacy in technology to deliverFully Connected Qubits High Fidelity Operations Mid-Circuit MeasurementLearn more at: www.Honeywell.com/QuantumSolutionsContact us at: QuantumSolutions@Honeywell.com13
QCE2020 — Program at a GlanceMountainTime (UTC‐6)Mon, 12 OctoberTue, 13 October8:30–10:00KEYNOTE: Jerry Chow,KEYNOTE: Patty Lee,IBM QuantumHoneywell Quantum SolutionsExhibits: Bluefors, QM,Exhibits: Keysight, Toptica,Pasqal Posters 1 Open BoFElyah, Oxford-Inst Posters 3Networking ColoradoIEEE CSC BoF ��13:0013:00–14:30QIA‐1 Papers TutorialsQCSC‐1 Papers TutorialsWorkshops PanelsWorkshops QASN‐1 PapersExhibits: IBM, ColdQuanta,Exhibits: Honeywell,QDevil, IEEE‐TQE Posters 2Q‐CTRL, IQM, EeroQ Posters 4Create QC BoF NetworkingOpen BoF NetworkingColoradoColoradoQIA‐2 Papers TutorialsQCSC‐2 Papers TutorialsWorkshops PanelsWorkshops QASN‐2 PapersOnly QuantumCan Take OnQuantum.QEEP Quantum qate technology for securedistribution of true random keysQiSpace Cloud platform for quantum keygeneration, management & distributionCipherSpace Desktop application for easy quantumsafe OTP key encryptionThere are many ways to secure data in transmission.Very few will survive more than even seconds of a14:30–15:15Exhibits: Honeywell, NC‐State,Exhibits: Microsoft, Xanadu,CMC, ACM‐TQC Open PostersSeeQC Posters 5 Open BoFOpen BoF NetworkingNetworking ColoradoColoradosophisticated quantum attack. Of those, only one is capableof functioning outside the laboratory — right here in the realworld, over unlimited distances — on today’s existing fiber,or even wireless Internet.Quantropi’s unique, patented QEEP solutions draw on aunique patented quantum gate technology that’s not justQIA‐3 Papers TutorialsQCSC‐3 Papers Tutorialsenterprise grade and business ready — it’s effortlessly scalable,Workshops QENG PapersWorkshopsout of band and in line with One Time Pad. All that, togetherExhibits: Quantropi, Intel LabsExhibits: IBM, Zapata Posters 6Open BoF Open NetworkingOpen BoF Open NetworkingColoradoColorado17:30–19:00KEYNOTE: Michelle Simmons,KEYNOTE: Yu Chen,UNSW AustraliaGoogle AI Quantum19:00–19:45Open Exhibits Open PostersOpen Exhibits Open PostersOpen BoF Open NetworkingOpen BoF Open Networking15:15–16:4516:45–17:3014with exceptional power and speed, while being lighter weight,more energy efficient, and magnitudes of entropy beyondanything on the market today.So now quantum secure communications can progress on anWith QEEP KD 3500, an application layersolution for enterprise grade quantumsecure key distribution, already inimplementation, and a new infrastructurelayer solution launching in 2021 that willprovide a quantum public key envelope overexisting networks, it’s no wonder Quantropiwill be the standard for quantum securecommunications, no matter whatthe future network — or threat — may be.Bring it on.evolutionary upgrade path, wherever the future takes us.Industry leading performance. Plug and play deployment.Unbreakable confidence.Today, tomorrow, forever.quantropi.cominfo@quantropi.comBrian Morgan Typography & Design5138, rue Chabot, Montréal (Québec) H2H 1Y8brian@frenchfold.com 1-514-589-9189Client: Quantropi, ken.dobell@quantropi.comJob: Online Program Guide Ad (IEEE)Trim: 7.5 10 in (RGB: Adobe 98) Date: 19.08.2020File version: 215
QCE2020 — Program at a Glance (continued)MountainTime (UTC‐6)Wed, 14 OctoberThu, 15 OctoberFri, 16 October8:30–10:00KEYNOTE: Krysta Svore,KEYNOTE: Jake Taylor,Microsoft QuantumKEYNOTE: Alán Aspuru‐Guzik, Univ. of TorontoExhibits: IQM, Netlabs,Exhibits: CMC, Q‐CTRL,Exhibits: IBM, NC‐State,Delft‐Circuits, Oxford-Bluefors, Zurich-InstQDevil Posters 12Inst Posters 7 Open BoFPosters 10 Open BoFOpen BoF NetworkingNetworking ColoradoNetworking ColoradoColoradoQC‐1 Papers TutorialsQEDU Papers TutorialsQBM-1 Papers TutorialsWorkshops QCSC‐4 PapersWorkshops QC‐4 PapersWorkshopsExhibits: Microsoft, QM,Exhibits: Zapata, IntelExhibits: Microsoft,Toptica, Zurich-InstLabs, Pasqal, ACM‐TQCKeysight Posters 13Posters 8 HE Physics BoFPosters 11 QIS at ArgonneQuantum Science CentersNetworking ColoradoBoF Networking ColoradoBoF Networking ColoradoQC-2 Papers TutorialsQC-5 Papers TutorialsQBM-2 Papers TutorialsWorkshops PanelsWorkshops PanelsWorkshopsExhibits: IBM, Zapata,Exhibits: Quantropi,Exhibits: Honeywell,Aliro Posters 9 Open BoFColdQuanta, IEEE‐TQEQuantropi Open PostersNetworking ColoradoOpen Posters QEDU BoFOpen BoF NetworkingNetworkingColoradoQC-3 Papers TutorialsQC-6 Papers TutorialsTutorials WorkshopsWorkshops PanelsWorkshops PanelsPanelsExhibits: Honeywell,Exhibits: Microsoft,Open Exhibits Open BoFsXanadu Open BoFsAliro Open BoFsOpen NetworkingOpen NetworkingOpen NetworkingColoradoColoradoColoradoKEYNOTE: Kae Nemoto,KEYNOTE: Anne Matsuura,NII QIS JapanIntel LabsKEYNOTE: AlexanderCondello, D‐Wave SystemsOpen ExhibitsOpen ExhibitsOpen ExhibitsOpen Posters Open BoFsOpen Posters Open BoFsOpen Posters Open BoFsOpen NetworkingOpen NetworkingOpen 017:30–19:0019:00–19:4516NIST, QuIS, JQIJoin Zapata at theforefront of quantumWe are looking for creative, curious, andrevolutionary mindsets. Is that you?Then join our world-class team of resourcefulproblem solvers who are pioneering commercialquantum algorithms, product development andresearch. We are committed to creating an environment that accelerates your growth and positiveimpact in the world.We are growing rapidly across our various teams.Search open jobs and fill out a profile with yourresume at zapatacomputing.com/careers so wecan contact you for future openings.ZAPATACOMPUTING.COM/CAREERS17
Your Qubits.Measured.QCE20 Program — Mon, 12 oomMon 0 Welcome, Onboarding & Quote of the Day08:00–19:45MonOVE-10OnboardDiscover2QCE20 Daily Sessions Overview & ouncements, Awards, Keynote: Jerry Chow, IBM Quantum,USA—Quantum Circuits: Rocket Fuel for the Future of QuantumHardware.Session Chair: Hausi Müller, Univ. of Victoria10:00–10:45MonKEY-12NetworkEagleHang out with Keynote Speaker Jerry s — Scheduled Exhibits10:00–10:45MonEQM-12ExhibitQMQuantum Machines (QM) — Scheduled l — Scheduled Exhibits10:00–10:45MonPOS-12PostersBisonQuantum Information Science Tools — Session Chair: Andreas Bergen, engageLivelyPos1: Milan Williams, Elisa Zhao Hang, Adinawa Adjagbodjou, RobertKrueger and Johanna Beyer: QuVis: A Quantum Circuit VisualizationTool for NovicesPos2: Alena Mastiukova, Evgeniy Kiktenko, Aleksey Fedorov: Suppressing decoherence in quantum systems with unitary operations10:00–10:45MonBOF-12BoFHawkScheduled BoF king Session — Meet Quantum orking Session — Meet Quantum Enthusiasts10:00–10:45MonCOL-12BreakRockiesRelax in Beautiful m Information & Algorithms 1 (QIA1) — Paper Session Chair:Ojas Parekh, Sandia National LaboratoryQIA1: Ewout van den Berg, IBM T.J. Watson Research Center. Quantum phase estimation with optimized sample : Hiroshi Yano, Yudai Suzuki, Rudy Raymond, Naoki YamamotoKeio Univ. and IBM Research Tokyo. Efficient discrete feature encoding for variational quantum : William Cappelletti, Rebecca Erbanni, Joaquín Keller, EntropicaLabs, Singapore. Polyadic quantum classifier10:45–11:45MonPAN-13PanelMooseBuilding a Fault-Tolerant Quantum Computer from the Ground Up.Organizers/Panelists: Sivan, Quantum Machines; Biercuk, Q-CTRL;Peronnin, Alice&Bob. Session Chair: William Tonti, IEEE Future Directions.10:45–12:15MonTUT-13TutorialBear1Part 1: Introduction to Quantum Computing—Pakin: Los AlamosNational Laboratory; Rieffel, NASA Ames. Session Chair: CandaceCulhane, Los Alamos National Laboratory (LANL)10:45–12:15MonTUT-13TutorialBear2Part 1: Quantum Programming: An Introduction—Asfaw, IBMQuantum. Session Chair: Scott Koziol, Baylor Univ.10:45–12:15MonTUT-13TutorialBear3Part 1: Hands-on Simulation of a Quantum Network—Van Meter,Satoh, Keio Univ. Session Chair: Bruce Kraemer, IEEE Quantum —InitiativeMeet the next generation of quantumanalyzers setting new standards forthe readout of superconducting qubits.Your BenefitsQ1Q2 Compact designRead out up to 64 superconducting qubits in real time:time-staggered or in parallel. Efficient workflowsOperate at up to 8.5 GHz in a clean bandwidth of 1 GHz,free of mixer calibration. Strong performanceAchieve optimal readout signal at minimal latencyusing matched filters and multi-state discrimination. Turnkey feature setCharacterize and calibrate your system quicklywith fast resonator spectroscopy.Q16 Scalable system approachShape your Zurich Instruments Quantum ComputingControl System according to your requirementswith our latest innovations.ZurichInstrumentsContact us todaywww.zhinst.com19
5–12:15MonWKS-13WorkshopElk1Part 1: Software for Quantum Applications, Algorithms, and Workflows—Scholten: IBM Quantum; Greenberg: Facebook AI. SessionChair: Hausi Müller, Univ. of Victoria10:45–12:15MonWKS-13WorkshopElk2Part 1: Semiconductor-Inspired Engineering for Quantum Computing—Mohiyaddin, Radu: imec, Belgium. Session Chair: Erik DeBenedictis, Zettaflops LLC Laboratory (ORNL)10:45–12:15MonWKS-13WorkshopElk3Part 1: Applied Quantum Artificial Intelligence—Hamilton, Date: OakRidge National Laboratory (ORNL). Session Chair: Travis Humble,Oak Ridge National Laboratory (ORNL)10:45–12:15MonWKS-13WorkshopElk4Part 1: From Qubits to Quantum Teleportation: A Hands-On Experience for High Schoolers—Angara, Stege, MacLean: Univ. of Victoria;Markham, Knodel: Honeywell Quantum Solutions; Genco: NTIASession Chair: Ulrike Stege, Univ. of Victoria12:15–13:00MonEIBM-14ExhibitIBMIBM Quantum — Scheduled ldQuanta — Scheduled Exhibits12:15–13:00MonEQDE-14ExhibitQDevilQDevil — Scheduled Exhibits12:15–13:00MonETQE-14ExhibitIEEE-TQEIEEE TQE — Scheduled l Quantum Computing & Applications — Poster SessionChair: Andreas Bergen: engageLivelyPos1: James Cruise, Neil Gillespie and Brendan Reid: Practical Quantum Computing: The value oflocal computationPos2: Saasha Joshi: Defence Applications of Quantum Computing12:15–13:00MonBOF-14BoFHawkBritish Columbia NSERC CREATE on Quantum Computing BoF12:15–13:00MonNW1-14NetworkWiseOwl1Networking Session — Meet Quantum orking Session — Meet Quantum Enthusiasts12:15–13:00MonCOL-14BreakRockiesRelax in Beautiful Colorado — Hike the Rockies13:00–13:30MonQIA2-15PaperBighorn1Quantum Information & Algorithms 2 (QIA) — Paper Session Chair:Lukasz Cincio, Los Alamos National Laboratory (LANL)QIA2: Julien Gacon, Christa Zoufal and Stefan Woerner, IBMResearch Zürich and ETH Zürich. Quantum-enhanced simulationbased A2: Zsolt Tabi, Ericsson Hungary and Eötvös Loránd Univ.; KareemH. El-Safty, Wigner Research Centre for Physics; Zsófia Kallus, Ericsson Research Budapest; Péter Hága, Ericsson Research Budapest;Tamás Kozsik, Eötvös Loránd Univ.; Adam Glos, Polish Academy ofSciences and Zoltán Zimborás, Wigner Research Centre for Physicsand Budapest Univ. of Technology. Quantum optimization for thegraph coloring problem with space-efficient embedding14:00–14:30MonQIA2-15PaperBighorn1QIA2: Nathan Thompson, James Steck and Elizabeth Behrman,Wichita State Univ. A non-algorithmic approach to programmingquantum computers via machine g Challenges in Building a Quantum Computer. Organizers: Lee, Markham: Honeywell; Genco: NTIA; Scholten: IBM. Moderator: Curcic, DARPA—Panelists: Chen, Google Quantum AI; Chow, IBMQuantum; Langer, Honeywell; Roetteler, Microsoft Quantum.Session Chair: Tom Markham, Honeywell Quantum Solutions.13:00–14:30MonTUT-15TutorialBear1Part 2: Introduction to Quantum Computing—Pakin: Los AlamosNational Laboratory; Rieffel, NASA Ames.Mon Sessions21
0–14:30MonTUT-15TutorialBear2Part 2: Quantum Programming: An Introduction—Asfaw, IBMQuantum.13:00–14:30MonTUT-15TutorialBear3Part 2: Hands-on Simulation of a Quantum Network—Van Meter,Satoh, Keio Univ.13:00–14:30MonWKS-15WorkshopElk1Part 2: Software for Quantum Applications, Algorithms, and Workflows—Scholten: IBM Quantum; Greenberg: Facebook AI13:00–14:30MonWKS-15WorkshopElk2Part 2: Semiconductor-Inspired Engineering for Quantum Computing—Mohiyaddin, Radu: imec, Belgium.13:00–14:30MonWKS-15WorkshopElk3Part 2: Applied Quantum Artificial Intelligence—Hamilton, Date: OakRidge National Laboratory (ORNL)13:00–14:30MonWKS-15WorkshopElk4Part 2: From Qubits to Quantum Teleportation: A Hands-On Experience for High Schoolers—Angara, Stege, MacLean: Univ. of Victoria;Markham, Knodel: Honeywell Quantum Solutions; Genco: well Quantum Solutions — Scheduled Exhibits14:30–15:15MonENCS-16ExhibitsNC-StateNC State — Scheduled Exhibits14:30–15:15MonETQC-16ExhibitsCMCCMC — Scheduled Exhibits14:30–15:15MonETQC-16ExhibitsACM-TQCACM TQC — Scheduled Exhibits14:30–15:15MonPOS-16PostersBisonOpen Posters14:30–15:15MonBOF-16BoFHawkScheduled BoF king Session — Meet Quantum king Session — Meet Quantum Enthusiasts14:30–15:15MonCOL-16BreakRockiesRelax in Beautiful Colorado — Ski the Rockies15:15–15:45MonQIA3-17PaperBighorn1Quantum Information & Algorithms 3 (QIA3) — Paper Session Chair:Stuart Hadfield, NASA AmesQIA3: Andreas Bärtschi and Stephan Eidenbenz. Grover mixers forQAOA, Los Alamos National Laboratory. Shifting complexity frommixer design to state 45MonQENG-17PaperBighorn2Quantum Engineering (QENG) — Paper Session Chair: Luke Govia,RaytheonQENG: Designing high-fidelity multi-qubit gates for semiconductorquantum dots through deep reinforcement learning—Daraeizadeh,Premaratne, Matsuura: Intel Labs15:45–16:15MonQENG-17PaperBighorn2QENG: Detection-Based Measurement for Quantum Emulation Devices—Lanham, La Cour: UT Austin15:15–16:45MonTUT-17TutorialBear1Part 3: Introduction to Quantum Computing—Pakin: Los AlamosNational Laboratory; Rieffel, NASA Ames.15:15–16:45MonTUT-17TutorialBear2Part 3: Quantum Programming: An Introduction—Asfaw, IBMQuantum.15:15–16:45MonTUT-17TutorialBear3Part 3: Hands-on Simulation of a Quantum Network—Van Meter,Satoh, Keio Univ.15:15–16:45MonWKS-17WorkshopElk1Part 3: Software for Quantum Applications, Algorithms, and Workflows—Scholten: IBM Quantum; Greenberg: Facebook AI.Bighorn1Mon SessionsQIA3: Jeremy Cook, Stephan Eidenbenz and Andreas Bärtschi, LosAlamos National Laboratory. The quantum alternating operator Ansatz on Max-k Vertex CoverQISC 530 Foundations of Quantum Information ScienceQISC 550 Programming Quantum ComputersQISC 555 Implementation Technologies in Quantum DevicesQISC 565 The Business of Quantum Technologies, Research and PoliciesQISC 570 Algorithms and Applications of Quantum ComputingQISC 575 Emerging Topics in Quantum Information ScienceGreetingsfromPA, USA“We’re all about developing a quantum-ready t:Quantum@HarrisburgU.eduIs your name listed inhttp://live.quantumapalooza.com/?wantHistory 123
Mon omElk2Part 3: Semiconductor-Inspired Engineering for Quantum Computing—Mohiyaddin, Radu: imec, Elk3Part 3: Applied Quantum Artificial Intelligence—Hamilton, Date: OakRidge National Laboratory (ORNL).Announcements, Awards, Keynote: Michelle Simmons, Founder,Silicon Quantum Computing, Sydney, Australia.Session Chair: Greg Byrd, NC-State Univ. Engineering Qubits inSilicon with Atomic PrecisionMonWKS-17WorkshopElk4Part 3: From Qubits to Quantum Teleportation: A Hands-On Experience for High Schoolers—Angara, Stege, MacLean: Univ. of Victoria;Markham, Knodel: Honeywell Quantum Solutions; Genco: NTIA19:00–19:45MonKEY-20NetworkEagleHang out with Keynote Speaker Michelle SimmonsPatronsOpen ExhibitsMonEQUA-18ExhibitsQuantropiQuantropi — Scheduled 45BisonOpen PostersMonEINT-18ExhibitsIntelLabsIntel Labs — Scheduled HawkOpen BoF SessionMonPOS-18PostersBisonOpen Owl1Networking Session — Meet Quantum ExpertsMonBOF-18BoFHawkOpen BoF iseOwl2Networking Session — Meet Quantum EnthusiastsMonNW1-18NetworkWiseOwl1Networking Session — Meet Quantum ockiesRelax in Beautiful Colorado — Enjoy NatureMonNW2-18NetworkWiseOwl2Networking Session — Meet Quantum 516:45–17:30MonCOL-18BreakRockiesRelax in Beautiful Colorado — Enjoy 1715:15–16:45Mon SessionsIntel LabsAdvancing Quantum PracticalityAnne MatsuuraDirector of Quantum &Molecular TechnologiesIntel Labs24Oct 1210:45Designing high-fidelity multi-qubitgates for semiconductor quantum dotsthrough deep reinforcement learningOct 1313:30Efficient quantum circuits for accuratepreparation of smoo
the international quantum community, we formed an exceptional program that spans quantum science and engineering—from qubit and control technologies, to quantum software infrastructure and development platforms, to the highly anticipated realm of promising quantum applications. The synergistic IEEE Quantum Week aims to
IEEE 3 Park Avenue New York, NY 10016-5997 USA 28 December 2012 IEEE Power and Energy Society IEEE Std 81 -2012 (Revision of IEEE Std 81-1983) Authorized licensed use limited to: Australian National University. Downloaded on July 27,2018 at 14:57:43 UTC from IEEE Xplore. Restrictions apply.File Size: 2MBPage Count: 86Explore furtherIEEE 81-2012 - IEEE Guide for Measuring Earth Resistivity .standards.ieee.org81-2012 - IEEE Guide for Measuring Earth Resistivity .ieeexplore.ieee.orgAn Overview Of The IEEE Standard 81 Fall-Of-Potential .www.agiusa.com(PDF) IEEE Std 80-2000 IEEE Guide for Safety in AC .www.academia.eduTesting and Evaluation of Grounding . - IEEE Web Hostingwww.ewh.ieee.orgRecommended to you b
(prorated 13/week) week 1 & 2 156 week 3 130 week 4 117 week 5 104 week 6 91 week 7 78 week 8 65 week 9 52 week 10 39 week 11 26 week 12 13 17-WEEK SERIES* JOIN IN MEMBER PAYS (prorated 10.94/week) week 1 & 2 186.00 week 3 164.10 week 4 153.16 week 5 142.22 week 6 131.28 week 7 120.34
Week 3: Spotlight 21 Week 4 : Worksheet 22 Week 4: Spotlight 23 Week 5 : Worksheet 24 Week 5: Spotlight 25 Week 6 : Worksheet 26 Week 6: Spotlight 27 Week 7 : Worksheet 28 Week 7: Spotlight 29 Week 8 : Worksheet 30 Week 8: Spotlight 31 Week 9 : Worksheet 32 Week 9: Spotlight 33 Week 10 : Worksheet 34 Week 10: Spotlight 35 Week 11 : Worksheet 36 .
Standards IEEE 802.1D-2004 for Spanning Tree Protocol IEEE 802.1p for Class of Service IEEE 802.1Q for VLAN Tagging IEEE 802.1s for Multiple Spanning Tree Protocol IEEE 802.1w for Rapid Spanning Tree Protocol IEEE 802.1X for authentication IEEE 802.3 for 10BaseT IEEE 802.3ab for 1000BaseT(X) IEEE 802.3ad for Port Trunk with LACP IEEE 802.3u for .
According to the quantum model, an electron can be given a name with the use of quantum numbers. Four types of quantum numbers are used in this; Principle quantum number, n Angular momentum quantum number, I Magnetic quantum number, m l Spin quantum number, m s The principle quantum
1. Quantum bits In quantum computing, a qubit or quantum bit is the basic unit of quantum information—the quantum version of the classical binary bit physically realized with a two-state device. A qubit is a two-state (or two-level) quantum-mechanical system, one of the simplest quantum systems displaying the peculiarity of quantum mechanics.
Quantum metrology in the context of quantum information: quantum Fisher Information and estimation strategies Mitul Dey Chowdhury1 1James C. Wyant College of Optical Sciences, University of Arizona (Dated: December 9, 2020) A central concern of quantum information processing - the use of quantum mechanical systems to encode,
An industry code of practice is approved by the Minister for Commerce. It takes effect on the day specified in the code or, if no day is specified, on the day it is published in the NSW Government Gazette. An approved industry code of practice may be amended from time to time (or it may be revoked) by publication in the gazette. An approved industry code of practice is designed to be used in .
