var editData = {"errorMessage":"","dataLines":"Haljan Group\thttps:\/\/www.sfu.ca\/physics\/research\/groups\/haljan-group.html\tSimon Fraser University\tBurnaby, British Columbia, Canada\tYb+\tPaul Haljan\t49.277758\t-122.9158651\tCanada\tSimon Fraser University  \u2013  Haljan Group\tPaul Haljan\tYb+\nMeasurement science and standards\thttp:\/\/www.nrc-cnrc.gc.ca\/eng\/rd\/mss\tNRC\tOttawa, Ontario, Canada\tSr+\tJohn Bernard, Alan Madej\t45.44386\t-75.61953\tCanada\tNRC  \u2013  Measurement science and standards\tJohn Bernard, Alan Madej\tSr+\nCrystal Senko Group\thttps:\/\/services.iqc.uwaterloo.ca\/people\/profile\/csenko\tIQC, University of Waterloo\tWaterloo, Ontario, Canada\tBa+\tCrystal Senko\t43.4711755\t-80.5441007\tCanada\tIQC, University of Waterloo  \u2013  Crystal Senko Group\tCrystal Senko\tBa+\nQuantum Information with Trapped Ions\thttps:\/\/research.iqc.uwaterloo.ca\/qiti\tIQC, University of Waterloo\tWaterloo, Ontario, Canada\tBa+, Yb+\tK. Rajibul Islam\t43.4711755\t-80.5441007\tCanada\tIQC, University of Waterloo  \u2013  Quantum Information with Trapped Ions\tK. Rajibul Islam\tBa+, Yb+\nIon Trap Group\thttp:\/\/research.physics.berkeley.edu\/haeffner\tUC Berkeley\tBerkeley, California, USA\tCa+\tHartmut H\u00e4ffner\t37.8726301\t-122.256935\tUSA\tUC Berkeley  \u2013  Ion Trap Group\tHartmut H\u00e4ffner\tCa+\nCampbell Lab\thttps:\/\/campbellgroup.physics.ucla.edu\tUCLA\tLos Angeles, California, USA\tYb+\tWes Campbell\t34.0706139\t-118.4417653\tUSA\tUCLA  \u2013  Campbell Lab\tWes Campbell\tYb+\nHudson Lab\thttp:\/\/hudsongroup.physics.ucla.edu\tUCLA\tLos Angeles, California, USA\tBa+, Yb+, molecular ions\tEric Hudson\t34.0706139\t-118.4417653\tUSA\tUCLA  \u2013  Hudson Lab\tEric Hudson\tBa+, Yb+, molecular ions\nIon Storage Group\thttps:\/\/www.nist.gov\/pml\/time-and-frequency-division\/ion-storage\tNIST\tBoulder, Colorado, USA\tAl+, Be+, Ca+, Hg+, Mg+, molecular ions\tJohn Bollinger\t39.9946616\t-105.2639675\tUSA\tNIST  \u2013  Ion Storage Group\tJohn Bollinger\tAl+, Be+, Ca+, Hg+, Mg+, molecular ions\nHoneywell Quantum Solutions\thttps:\/\/www.honeywell.com\/en-us\/company\/quantum\t[Company]\tBroomfield, Colorado, USA\tYb+, Ba+\tTony Uttley\t39.9178449\t-105.1158801\tUSA\t[Company]  \u2013  Honeywell Quantum Solutions\tTony Uttley\tYb+, Ba+\nAtomic and Molecular Spectroscopy Group\thttps:\/\/physics.uconn.edu\/person\/winthrop-smith\tUniversity of Connecticut\tStorrs, Connecticut, USA\tCa+, Na+, Rb+, molecular ions\tWinthrop Smith\t41.8093728\t-72.2574496\tUSA\tUniversity of Connecticut  \u2013  Atomic and Molecular Spectroscopy Group\tWinthrop Smith\tCa+, Na+, Rb+, molecular ions\nChapman Research Lab\thttp:\/\/chapmanlabs.gatech.edu\tGeorgia Tech\tAtlanta, Georgia, USA\tBa+, Th3+, molecular ions\tMichael Chapman\t33.7788726\t-84.3960119\tUSA\tGeorgia Tech  \u2013  Chapman Research Lab\tMichael Chapman\tBa+, Th3+, molecular ions\nQuantum Systems group\thttp:\/\/www.quantum.gatech.edu\/home.shtml\tGTRI\tAtlanta, Georgia, USA\tCa+, Yb+, Sr+\tRobert Wyllie\t33.780994\t-84.400505\tUSA\tGTRI  \u2013  Quantum Systems group\tRobert Wyllie\tCa+, Yb+, Sr+\nMolecular Ion and Atom Trapping Group\thttp:\/\/faculty.wcas.northwestern.edu\/brian-odom\tNorthwestern University\tEvanston, Illinois, USA\tBa+, molecular ions\tBrian Odom\t42.0576756\t-87.6757776\tUSA\tNorthwestern University  \u2013  Molecular Ion and Atom Trapping Group\tBrian Odom\tBa+, molecular ions\nRicherme Lab\thttps:\/\/iontrap.physics.indiana.edu\tIndiana University\tBloomington, Indiana, USA\tYb+\tPhil Richerme\t39.164607\t-86.5247265\tUSA\tIndiana University  \u2013  Richerme Lab\tPhil Richerme\tYb+\nIonQ\thttps:\/\/ionq.com\t[Company]\tUMD College Park, Maryland, USA\tYb+\tPeter Chapman, Jungsang Kim, Chris Monroe\t38.9821273\t-76.929022\tUSA\t[Company]  \u2013  IonQ\tPeter Chapman, Jungsang Kim, Chris Monroe\tYb+\nTrapped Ion Lab\thttp:\/\/www.brittonlab.umd.edu\tArmy Research Lab, JQI\tUMD College Park, Maryland, USA\tYb+, Ba+\tJoe Britton\t38.9909346\t-76.9419983\tUSA\tArmy Research Lab, JQI  \u2013  Trapped Ion Lab\tJoe Britton\tYb+, Ba+\nQuraishi Group\thttps:\/\/quraishi.physics.umd.edu\tArmy Research Lab, JQI\tUMD College Park, Maryland, USA\tBa+\tQudsia Quraishi \t38.9909346\t-76.9419983\tUSA\tArmy Research Lab, JQI  \u2013  Quraishi Group\tQudsia Quraishi \tBa+\nHanneke Ion Trap Lab\thttps:\/\/dhanneke.people.amherst.edu\tAmherst College\tAmherst, Massachusetts, USA\tBe+\tDavid Hanneke\t42.3700013\t-72.5151428\tUSA\tAmherst College  \u2013  Hanneke Ion Trap Lab\tDavid Hanneke\tBe+\nExperimental Atomic Physics Group\thttps:\/\/www.rle.mit.edu\/eapg\tMIT Center for Ultracold Atoms\tCambridge, Massachusetts, USA\tYb+\tVladan Vuletic\t42.3608788\t-71.0912459\tUSA\tMIT Center for Ultracold Atoms  \u2013  Experimental Atomic Physics Group\tVladan Vuletic\tYb+\nQuanta Group\thttp:\/\/web.mit.edu\/~cua\/www\/quanta\tMIT Center for Ultracold Atoms\tCambridge, Massachusetts, USA\tSr+\tIke Chuang\t42.3592539\t-71.0931342\tUSA\tMIT Center for Ultracold Atoms  \u2013  Quanta Group\tIke Chuang\tSr+\nLincoln Laboratory\thttps:\/\/www.ll.mit.edu\/r-d\/advanced-technology\/quantum-information-and-integrated-nanosystems\tMIT Lincoln Laboratory\tLexington, Massachusetts, USA\tCa+, Sr+\tJohn Chiaverini\t42.458959\t-71.267495\tUSA\tMIT Lincoln Laboratory  \u2013  Lincoln Laboratory\tJohn Chiaverini\tCa+, Sr+\nDoret Group\thttps:\/\/sites.williams.edu\/ion\tWilliams College\tWilliamstown, Massachusetts, USA\tCa+\tCharlie Doret\t42.7106395\t-73.206223\tUSA\tWilliams College  \u2013  Doret Group\tCharlie Doret\tCa+\nMicrosystems Engineering, Science and Applications (MESA)\thttps:\/\/www.sandia.gov\/mems\/quantum\/index.html\tSandia National Labs\tAlbuquerque, New Mexico, USA\tCa+, Yb+\tDan Stick\t35.049287\t-106.54232\tUSA\tSandia National Labs  \u2013  Microsystems Engineering, Science and Applications (MESA)\tDan Stick\tCa+, Yb+\nPrecisely Quantum\thttps:\/\/wp.nyu.edu\/zhanglab\tNew York University\tNew York, New York, USA\tBe+\tJiehang Zhang\t40.729421\t-73.993165\tUSA\tNew York University  \u2013  Precisely Quantum\tJiehang Zhang\tBe+\nBrown Lab\thttp:\/\/brownlab.pratt.duke.edu\tDuke University\tDurham, North Carolina, USA\tCa+, Yb+, B+, molecular ions\tKenneth Brown\t35.9987156\t-78.90809\tUSA\tDuke University  \u2013  Brown Lab\tKenneth Brown\tCa+, Yb+, B+, molecular ions\nTrapped Ion Quantum Information\thttps:\/\/iontrap.duke.edu\tDuke University\tDurham, North Carolina, USA\tBa+, Yb+\tChris Monroe\t35.9987156\t-78.90809\tUSA\tDuke University  \u2013  Trapped Ion Quantum Information\tChris Monroe\tBa+, Yb+\nCetina Lab\thttps:\/\/scholars.duke.edu\/person\/Marko.Cetina\tDuke University\tDurham, North Carolina, USA\tYb+\tMarko Cetina\t35.9987156\t-78.90809\tUSA\tDuke University  \u2013  Cetina Lab\tMarko Cetina\tYb+\nNoel Lab\thttps:\/\/noellab.pratt.duke.edu\tDuke University\tDurham, North Carolina, USA\tCa+\tCrystal Noel\t35.9987156\t-78.90809\tUSA\tDuke University  \u2013  Noel Lab\tCrystal Noel\tCa+\nLinke Lab\thttp:\/\/linkelab.umd.edu\tDuke University\tDurham, North Carolina, USA\tYb+, Sr+\tNorbert Linke\t35.9987156\t-78.90809\tUSA\tDuke University  \u2013  Linke Lab\tNorbert Linke\tYb+, Sr+\nMIST Group\thttp:\/\/mist.pratt.duke.edu\tDuke University\tDurham, North Carolina, USA\tBa+, Yb+\tJungsang Kim\t36.0041414\t-78.9404119\tUSA\tDuke University  \u2013  MIST Group\tJungsang Kim\tBa+, Yb+\nIon Quantum Optics\thttp:\/\/personal.denison.edu\/~olmschenks\tDenison University\tGranville, Ohio, USA\tBa+\tSteven Olmschenk\t40.0713213\t-82.5216177\tUSA\tDenison University  \u2013  Ion Quantum Optics\tSteven Olmschenk\tBa+\nOregon Ions\thttps:\/\/ions.uoregon.edu\tUniversity of Oregon\tEugene, Oregon, USA\tCa+\tDavid Allcock, Dave Wineland\t44.0459319\t-123.072802\tUSA\tUniversity of Oregon  \u2013  Oregon Ions\tDavid Allcock, Dave Wineland\tCa+\nQuantum Simulation Lab\thttp:\/\/paganolab.rice.edu\tRice University\tHouston, Texas, USA\tYb+\tGuido Pagano\t29.71965177\t-95.40161813\tUSA\tRice University  \u2013  Quantum Simulation Lab\tGuido Pagano\tYb+\nIon Trapping Lab\thttp:\/\/paulhess.middcreate.net\/middion\tMiddlebury College\tMiddlebury, Vermont, USA\tYb+\tPaul Hess\t44.0133618\t-73.1813544\tUSA\tMiddlebury College  \u2013  Ion Trapping Lab\tPaul Hess\tYb+\nTrapped Ion Quantum Computing\thttps:\/\/sites.google.com\/uw.edu\/iontrap\/home\tUniversity of Washington\tSeattle, Washington, USA\tBa+, Yb+\tBoris Blinov\t47.653638\t-122.311279\tUSA\tUniversity of Washington  \u2013  Trapped Ion Quantum Computing\tBoris Blinov\tBa+, Yb+\nScalable Quantum Research Lab\thttps:\/\/wp.ece.uw.edu\/sqrl\/\tUniversity of Washington\tSeattle, Washington, USA\tCa+\tSara Mouradian\t47.653638\t-122.311279\tUSA\tUniversity of Washington  \u2013  Scalable Quantum Research Lab\tSara Mouradian\tCa+\nLaboratory of Cold Ions and Atoms\thttp:\/\/qufiba.df.uba.ar\/research\/liaf\/liaf-timeline\tUniversity of Buenos Aires\tBuenos Aires, Argentina\tCa+\tChristian Schmiegelow\t-34.5998664\t-58.3732357\tArgentina\tUniversity of Buenos Aires  \u2013  Laboratory of Cold Ions and Atoms\tChristian Schmiegelow\tCa+\nQuantum Interfaces Group\thttps:\/\/www.uibk.ac.at\/exphys\/quantum-interfaces\tUniversity of Innsbruck\tInnsbruck, Austria\tCa+\tTracy Northup\t47.2643224\t11.3426047\tAustria\tUniversity of Innsbruck  \u2013  Quantum Interfaces Group\tTracy Northup\tCa+\nAQT\thttps:\/\/www.aqt.eu\t[Company]\tInnsbruck, Austria\tCa+\tThomas Monz\t47.2640382\t11.3437594\tAustria\t[Company]  \u2013  AQT\tThomas Monz\tCa+\nQuantum Optics and Spectroscopy\thttps:\/\/quantumoptics.at\/en\tUniversity of Innsbruck\tInnsbruck, Austria\tAl+, Ba+, Ca+, Sr+\tRainer Blatt\t47.2643224\t11.3426047\tAustria\tUniversity of Innsbruck  \u2013  Quantum Optics and Spectroscopy\tRainer Blatt\tAl+, Ba+, Ca+, Sr+\nInfineon Technologies\thttps:\/\/www.infineon.com\/cms\/en\/product\/promopages\/trapped-ions\/\t[Company]\tVillach, Austria\tCa+\tClemens R\u00f6ssler\t46.5949276\t13.8481575\tAustria\t[Company]  \u2013  Infineon Technologies\tClemens R\u00f6ssler\tCa+\nQuantum Optics Lab\thttp:\/\/quantum.opticsolomouc.org\tPalack\u00fd University & ISI\tOlomouc & Brno, Czech Republic\tCa+\tRadim Filip, Luk\u00e1\u0161 Slodi\u010dka\t49.2215225\t16.5839808\tCzech Republic\tPalack\u00fd University & ISI  \u2013  Quantum Optics Lab\tRadim Filip, Luk\u00e1\u0161 Slodi\u010dka\tCa+\nIon Trap Group\thttps:\/\/phys.au.dk\/en\/research\/research-areas\/cqom\/groups\/drewsen-group\tAarhus University\tAarhus, Denmark\tCa+, molecular ions\tMichael Drewsen\t56.1668737\t10.1984125\tDenmark\tAarhus University  \u2013  Ion Trap Group\tMichael Drewsen\tCa+, molecular ions\nMIKES Time and Frequency Group\thttps:\/\/www.aalto.fi\/en\/department-of-signal-processing-and-acoustics\/metrology-research-institute\tAalto University\tHelsinki, Finland\tSr+\tMikko Merimaa\t60.18938\t24.83254\tFinland\tAalto University  \u2013  MIKES Time and Frequency Group\tMikko Merimaa\tSr+\nCompact Optical Atomic Clock\thttps:\/\/projects.femto-st.fr\/miticc\/en\tFEMTO-ST\tBesan\u00e7on, France\tYb+\tCl\u00e9ment Lacro\u00fbte\t47.2509067\t5.9928548\tFrance\tFEMTO-ST  \u2013  Compact Optical Atomic Clock\tCl\u00e9ment Lacro\u00fbte\tYb+\nIon Trapping and Laser Manipulation Group\thttp:\/\/piim.univ-amu.fr\/Presentation-91\tAix-Marseille University\tMarseille, France\tCa+\tMartina Knoop, Caroline Champenois\t43.3369034\t5.4118732\tFrance\tAix-Marseille University  \u2013  Ion Trapping and Laser Manipulation Group\tMartina Knoop, Caroline Champenois\tCa+\nTrapped Ions Group\thttp:\/\/www.lkb.upmc.fr\/iontrap\tLKB\tParis, France\tH2+\tLaurent Hilico\t48.8477315\t2.3555282\tFrance\tLKB  \u2013  Trapped Ions Group\tLaurent Hilico\tH2+\nTrapped Ions and Quantum Information\thttps:\/\/www.mpq.univ-paris-diderot.fr\/?Trapped-Ions&lang=en\tUniversit\u00e9 Paris Diderot\tParis, France\tSr+\tLuca Guidoni, Samuel Guibal\t48.828766\t2.3830491\tFrance\tUniversit\u00e9 Paris Diderot  \u2013  Trapped Ions and Quantum Information\tLuca Guidoni, Samuel Guibal\tSr+\nExperimental Quantum Physics\thttps:\/\/www.quantum.uni-bonn.de\tUniversity of Bonn\tBonn, Germany\tYb+\tMichael K\u00f6hl\t50.728445\t7.088293\tGermany\tUniversity of Bonn  \u2013  Experimental Quantum Physics\tMichael K\u00f6hl\tYb+\nMulti-Ion Clocks\thttps:\/\/www.quantummetrology.de\/quaccs\/home\tPTB\tBraunschweig, Germany\tIn+, Yb+\tTanja Mehlst\u00e4ubler\t52.2957774\t10.46069\tGermany\tPTB  \u2013  Multi-Ion Clocks\tTanja Mehlst\u00e4ubler\tIn+, Yb+\nTrapped-Ion Quantum Engineering\thttps:\/\/www.quantummetrology.de\/equopt\/home\tPTB\tBraunschweig, Germany\tBe+\tChristian Ospelkaus\t52.2957774\t10.46069\tGermany\tPTB  \u2013  Trapped-Ion Quantum Engineering\tChristian Ospelkaus\tBe+\nOptical Clocks with Trapped Ions\thttps:\/\/www.ptb.de\/cms\/en\/ptb\/fachabteilungen\/abt4\/fb-44\/ag-443.html\tPTB\tBraunschweig, Germany\tYb+, Sr+\tNils Huntemann\t52.2957774\t10.46069\tGermany\tPTB  \u2013  Optical Clocks with Trapped Ions\tNils Huntemann\tYb+, Sr+\nLaser Nuclear Spectroscopy\thttps:\/\/www.ptb.de\/cms\/en\/ptb\/fachabteilungen\/abt4\/fb-44\/ag-444.html\tPTB\tBraunschweig, Germany\tTh+\tEkkehard Peik\t52.2957774\t10.46069\tGermany\tPTB  \u2013  Laser Nuclear Spectroscopy\tEkkehard Peik\tTh+\nQuantum Logic Spectroscopy Group\thttps:\/\/www.quantummetrology.de\/eqm\/home\tPTB\tBraunschweig, Germany\tAl+, Ca+, Mg+, Be+, molecular ions\tPiet Schmidt\t52.2957774\t10.46069\tGermany\tPTB  \u2013  Quantum Logic Spectroscopy Group\tPiet Schmidt\tAl+, Ca+, Mg+, Be+, molecular ions\nQuantum Optics and Relativity\thttp:\/\/www.exphy.uni-duesseldorf.de\tUniversity of D\u00fcsseldorf\tD\u00fcsseldorf, Germany\tBe+, HD+\tStephan Schiller\t51.1868309\t6.796667\tGermany\tUniversity of D\u00fcsseldorf  \u2013  Quantum Optics and Relativity\tStephan Schiller\tBe+, HD+\nLeuchs Division\thttps:\/\/www.mpl.mpg.de\/research-at-mpl\/leuchs-emeritus-group\tMPI for the Science of Light\tErlangen, Germany\tYb+\tGerd Leuchs\t49.5764224\t11.0056045\tGermany\tMPI for the Science of Light  \u2013  Leuchs Division\tGerd Leuchs\tYb+\nSchaetz Division\thttp:\/\/www.qsim.uni-freiburg.de\tUniversity of Freiburg\tFreiburg, Germany\tBa+, Mg+\tTobias Schaetz\t48.0024078\t7.8514051\tGermany\tUniversity of Freiburg  \u2013  Schaetz Division\tTobias Schaetz\tBa+, Mg+\nTrapped Ions Group\thttp:\/\/www2.mpq.mpg.de\/~ajh\/iontraps\/index.php\/Main\/HomePage\tMPQ\tGarching, Germany\tBe+, Mg+\tThomas Udem, Ted H\u00e4nsch\t48.2595826\t11.6673368\tGermany\tMPQ  \u2013  Trapped Ions Group\tThomas Udem, Ted H\u00e4nsch\tBe+, Mg+\nTrapped-Ion Quantum Engineering\thttps:\/\/www.iqo.uni-hannover.de\/en\/research-groups\/trapped-ion-quantum-engineering\tLeibniz University\tHannover, Germany\tBe+\tChristian Ospelkaus\t52.3824457\t9.7178778\tGermany\tLeibniz University  \u2013  Trapped-Ion Quantum Engineering\tChristian Ospelkaus\tBe+\nHighly Charged Ion Dynamics\thttps:\/\/www.mpi-hd.mpg.de\/mpi\/en\/research\/scientific-divisions-and-groups\/quantum-dynamicscontrol\/research\/highly-charged-ion-dynamics-ag-crespo\tMPI f\u00fcr Kernphysik\tHeidelberg, Germany\tBe+, highly charged ions\tJos\u00e9 Ramon Crespo L\u00f3pez-Urrutia\t49.3880389\t8.7094897\tGermany\tMPI f\u00fcr Kernphysik  \u2013  Highly Charged Ion Dynamics\tJos\u00e9 Ramon Crespo L\u00f3pez-Urrutia\tBe+, highly charged ions\nLight-matter interaction\thttp:\/\/quantumtechnology.info\/en\/homepage.html\tUniversity of Kassel\tKassel, Germany\tCa+\tKilian Singer\t51.2817769\t9.4487985\tGermany\tUniversity of Kassel  \u2013  Light-matter interaction\tKilian Singer\tCa+\nCold Ions and Experimental Quantum Information\thttps:\/\/www.quantenbit.physik.uni-mainz.de\tMainz University\tMainz, Germany\tCa+, Sr+\tFerdinand Schmidt-Kaler\t49.99056\t8.235\tGermany\tMainz University  \u2013  Cold Ions and Experimental Quantum Information\tFerdinand Schmidt-Kaler\tCa+, Sr+\nQuantum Photonics Group\thttps:\/\/www.uni-saarland.de\/lehrstuhl\/eschner.html\tSaarland University\tSaarbr\u00fccken, Germany\tCa+\tJ\u00fcrgen Eschner\t49.2557938\t7.0454446\tGermany\tSaarland University  \u2013  Quantum Photonics Group\tJ\u00fcrgen Eschner\tCa+\nQuantum Optics Research Group\thttps:\/\/www.physik.uni-siegen.de\/quantenoptik\/index.xml.en?lang=en\tUniversity of Siegen\tSiegen, Germany\tYb+\tChristof Wunderlich\t50.910688\t8.026816\tGermany\tUniversity of Siegen  \u2013  Quantum Optics Research Group\tChristof Wunderlich\tYb+\nInstitute of Quantum Matter\thttps:\/\/www.uni-ulm.de\/en\/nawi\/qm.html\tUlm University\tUlm, Germany\tBa+, Rb+\tJohannes Hecker Denschlag\t48.4198477\t9.9459738\tGermany\tUlm University  \u2013  Institute of Quantum Matter\tJohannes Hecker Denschlag\tBa+, Rb+\nAtom-Ion Florence\thttp:\/\/www.ultracoldplus.eu\tUniversity of Florence\tFlorence, Italy\tBa+\tCarlo Sias\t43.8188534\t11.1906535\tItaly\tUniversity of Florence  \u2013  Atom-Ion Florence\tCarlo Sias\tBa+\nUltrafast Laser Physics and Precision Metrology Group\thttp:\/\/www.few.vu.nl\/~kjeld\/Ultrafast_welcome.html\tVU Amsterdam\tAmsterdam, Netherlands\tCa+\tKjeld Eikema\t52.3329403\t4.8670828\tNetherlands\tVU Amsterdam  \u2013  Ultrafast Laser Physics and Precision Metrology Group\tKjeld Eikema\tCa+\nHD+ spectroscopy team\thttp:\/\/www.nat.vu.nl\/~koel\/Team.html\tVU Amsterdam\tAmsterdam, Netherlands\tBe+, HD+\tJeroen Koelemeij\t52.3329403\t4.8670828\tNetherlands\tVU Amsterdam  \u2013  HD+ spectroscopy team\tJeroen Koelemeij\tBe+, HD+\nHybrid atom-ion Quantum Systems\thttp:\/\/hyqs.nl\tUniversity of Amsterdam\tAmsterdam, Netherlands\tYb+\tRene Gerritsma\t52.3544896\t4.9558757\tNetherlands\tUniversity of Amsterdam  \u2013  Hybrid atom-ion Quantum Systems\tRene Gerritsma\tYb+\nResearch Group Ions\thttps:\/\/www.rug.nl\/research\/fundamental-interactions-and-symmetries\/ions\tUniversity of Groningen\tGroningen, Netherlands\tBa+, Ra+\tKlaus Jungmann\t53.238682\t6.5379812\tNetherlands\tUniversity of Groningen  \u2013  Research Group Ions\tKlaus Jungmann\tBa+, Ra+\nMolecules Atoms Ions Nuclei\thttp:\/\/trapsensor.ugr.es\/?lang=en\tUniversidad de Granada\tGranada, Spain\tCa+\tDaniel Rodr\u00edguez\t37.1797498\t-3.6081127\tSpain\tUniversidad de Granada  \u2013  Molecules Atoms Ions Nuclei\tDaniel Rodr\u00edguez\tCa+\nTrapped Ion Quantum Technologies\thttp:\/\/qtech.fysik.su.se\/index.html\tStockholm University\tStockholm, Sweden\tSr+\tMarkus Hennrich\t59.3538412\t18.0578725\tSweden\tStockholm University  \u2013  Trapped Ion Quantum Technologies\tMarkus Hennrich\tSr+\nWillitsch Group\thttps:\/\/coldions.chemie.unibas.ch\/en\/home.html\tUniversity of Basel\tBasel, Switzerland\tCa+, molecular ions\tStefan Willitsch\t47.5643023\t7.5792565\tSwitzerland\tUniversity of Basel  \u2013  Willitsch Group\tStefan Willitsch\tCa+, molecular ions\nIon Trap Quantum Computing\thttps:\/\/www.psi.ch\/en\/lnq\/itqc\tPaul Scherrer Institut\tVilligen, Switzerland\tCa+\tCornelius Hempel\t47.538494\t8.2297535\tSwitzerland\tPaul Scherrer Institut  \u2013  Ion Trap Quantum Computing\tCornelius Hempel\tCa+\nTrapped Ion Quantum Information\thttps:\/\/tiqi.ethz.ch\tETH\tZurich, Switzerland\tBe+, Ca+\tJonathan Home\t47.409668\t8.5094875\tSwitzerland\tETH  \u2013  Trapped Ion Quantum Information\tJonathan Home\tBe+, Ca+\nITCM Group\thttp:\/\/www.itcm-sussex.com\tUniversity of Sussex\tBrighton, United Kingdom\tCa+, N2+\tMatthias Keller\t50.8651781\t-0.0856929\tUnited Kingdom\tUniversity of Sussex  \u2013  ITCM Group\tMatthias Keller\tCa+, N2+\nIon Quantum Technology Group\thttp:\/\/www.sussex.ac.uk\/physics\/iqt\tUniversity of Sussex\tBrighton, United Kingdom\tYb+\tWinni Hensinger\t50.8651781\t-0.0856929\tUnited Kingdom\tUniversity of Sussex  \u2013  Ion Quantum Technology Group\tWinni Hensinger\tYb+\nIon Trapping Group\thttp:\/\/www.imperial.ac.uk\/ion-trapping\tImperial College\tLondon, United Kingdom\tCa+\tRichard Thompson\t51.499446\t-0.179081\tUnited Kingdom\tImperial College  \u2013  Ion Trapping Group\tRichard Thompson\tCa+\nSoftley Research Group\thttp:\/\/timsoftley.chem.ox.ac.uk\tUniversity of Oxford\tOxford, United Kingdom\tCa+, molecular ions\tTim Softley\t51.7581036\t-1.253149\tUnited Kingdom\tUniversity of Oxford  \u2013  Softley Research Group\tTim Softley\tCa+, molecular ions\nIon Trap Quantum Computing Group\thttps:\/\/www2.physics.ox.ac.uk\/research\/ion-trap-quantum-computing-group\tUniversity of Oxford\tOxford, United Kingdom\tCa+, Sr+\tDavid Lucas, Andrew Steane\t51.7598658\t-1.2565736\tUnited Kingdom\tUniversity of Oxford  \u2013  Ion Trap Quantum Computing Group\tDavid Lucas, Andrew Steane\tCa+, Sr+\nYtterbium Ion Optical Frequency Standard\thttps:\/\/www.npl.co.uk\/time-frequency\tNPL\tTeddington, United Kingdom\tYb+\tRachel Godun\t51.4258549\t-0.3443315\tUnited Kingdom\tNPL  \u2013  Ytterbium Ion Optical Frequency Standard\tRachel Godun\tYb+\nStrontium Ion Optical Frequency Standard\thttps:\/\/www.npl.co.uk\/time-frequency\/comparison-dissemination\tNPL\tTeddington, United Kingdom\tSr+\tAlastair Sinclair, Patrick Gill\t51.4258549\t-0.3443315\tUnited Kingdom\tNPL  \u2013  Strontium Ion Optical Frequency Standard\tAlastair Sinclair, Patrick Gill\tSr+\nTrapped Ion Quantum Control\thttp:\/\/www.sun.ac.za\/english\/faculty\/science\/physics\/lri\/research\/groups\/trapped-ion-quantum-control\tStellenbosch University\tStellenbosch, South Africa\tYb+\tHermann Uys\t-33.93186\t18.86505\tSouth Africa\tStellenbosch University  \u2013  Trapped Ion Quantum Control\tHermann Uys\tYb+\nMolecular Physics Group\thttp:\/\/www.weizmann.ac.il\/particle\/molecule\tWeizmann Institute\tRehovot, Israel\tMolecular ions\tDaniel Zajfman\t31.9085209\t34.8145869\tIsrael\tWeizmann Institute  \u2013  Molecular Physics Group\tDaniel Zajfman\tMolecular ions\nTrapped-Ions Lab\thttp:\/\/www.weizmann.ac.il\/complex\/ozeri\tWeizmann Institute\tRehovot, Israel\tSr+\tRoee Ozeri\t31.9085209\t34.81459\tIsrael\tWeizmann Institute  \u2013  Trapped-Ions Lab\tRoee Ozeri\tSr+\nKey Laboratory of Microscale Magnetic Resonance\thttp:\/\/en.lmmr.ustc.edu.cn\/main.htm\tUniversity of Science and Technology of China\tHefei, Anhui, China\tBe+, Ca+, CaH+\tJiangfeng Du, Yiheng Lin\t31.83775\t117.26674\tChina\tUniversity of Science and Technology of China  \u2013  Key Laboratory of Microscale Magnetic Resonance\tJiangfeng Du, Yiheng Lin\tBe+, Ca+, CaH+\nKey Laboratory of Quantum Information\thttp:\/\/en.physics.ustc.edu.cn\/2011\/0728\/c7852a96194\/page.htm\tUniversity of Science and Technology of China\tHefei, Anhui, China\tYb+\tGuang-Can Guo\t31.83775\t117.26674\tChina\tUniversity of Science and Technology of China  \u2013  Key Laboratory of Quantum Information\tGuang-Can Guo\tYb+\nCenter for Quantum Information\thttps:\/\/iiis.tsinghua.edu.cn\/zh\/luming\tTsinghua University\tBeijing, Beijing, China\tCa+, Yb+\tLuming Duan\t40.0059981\t116.3358905\tChina\tTsinghua University  \u2013  Center for Quantum Information\tLuming Duan\tCa+, Yb+\nJoint institute for Measurement Science\thttp:\/\/www.tsinghua.edu.cn\/publish\/dpien\/7820\/2012\/20120903145901296338127\/20120903145901296338127_.html\tTsinghua University\tBeijing, Beijing, China\tBa+, Cd+, In+\tLi-Jun Wang\t39.9979383\t116.3299863\tChina\tTsinghua University  \u2013  Joint institute for Measurement Science\tLi-Jun Wang\tBa+, Cd+, In+\nCenter for Quantum Information\thttp:\/\/group.iiis.tsinghua.edu.cn\/~iontrap\/index.html\tTsinghua University\tBeijing, Beijing, China\tBa+, Yb+\tKihwan Kim\t39.9994985\t116.3265406\tChina\tTsinghua University  \u2013  Center for Quantum Information\tKihwan Kim\tBa+, Yb+\nTrapping of Cold Ions\thttp:\/\/www.wipm.cas.cn\/jgsz\/yjdw\/yzpbyjs\/qjyzwl\/yjtd_qjyz\/\tWuhan Institute of Physics and Mathematics\tWuhan, Hubei, China\tCa+, Li+\tKe-Lin Gao\t30.5393383\t114.3478025\tChina\tWuhan Institute of Physics and Mathematics  \u2013  Trapping of Cold Ions\tKe-Lin Gao\tCa+, Li+\nQuantum Information and Trapped Ion Physics\thttp:\/\/english.wipm.cas.cn\/rh\/rd\/yzfzsys\/bsqip\/bsqipg\tWuhan Institute of Physics and Mathematics\tWuhan, Hubei, China\tCa+\tMang Feng\t30.5393383\t114.3478025\tChina\tWuhan Institute of Physics and Mathematics  \u2013  Quantum Information and Trapped Ion Physics\tMang Feng\tCa+\nMercury Ion Microwave Frequency Standard \thttp:\/\/www.wipm.cas.cn\/jgsz\/yjdw\/yzpbyjs\/gonglizi\/yanjiutuandui\tWuhan Institute of Physics and Mathematics\tWuhan, Hubei, China\tHg+\tJiaomei Li\t30.5393383\t114.3478025\tChina\tWuhan Institute of Physics and Mathematics  \u2013  Mercury Ion Microwave Frequency Standard \tJiaomei Li\tHg+\nIon Optical Frequency Standard\thttp:\/\/www.wipm.cas.cn\/jgsz\/yjdw\/yzpbyjs\/liziguangpinbiao\/yanjiutuandui\tWuhan Institute of Physics and Mathematics\tWuhan, Hubei, China\tAl+, Ca+\tXue-Ren Huang\t30.5393383\t114.3478025\tChina\tWuhan Institute of Physics and Mathematics  \u2013  Ion Optical Frequency Standard\tXue-Ren Huang\tAl+, Ca+\nMOE Key Laboratory\thttp:\/\/ggg.hust.edu.cn\/yzfzgxyjtd\/sjplz\/xzjj.htm\tHuazhong University of Science and Technology\tWuhan, Hubei, China\tAl+, Mg+\tZe-Huang Lu\t30.50828\t114.4136\tChina\tHuazhong University of Science and Technology  \u2013  MOE Key Laboratory\tZe-Huang Lu\tAl+, Mg+\nDepartment of Physics\thttps:\/\/www.nudt.edu.cn\tNational University of Defense Technology\tChangsha, Hunan, China\tCa+\tPingxing Chen\t28.2378673\t113.0052234\tChina\tNational University of Defense Technology  \u2013  Department of Physics\tPingxing Chen\tCa+\nQuantum Interactions\thttp:\/\/www.rri.res.in\/~sarangwala\/QuaInt.htm\tRaman Research Institute\tBangalore, India\tRb+\tSadiq Rangwala\t13.01301\t77.58104\tIndia\tRaman Research Institute  \u2013  Quantum Interactions\tSadiq Rangwala\tRb+\nMolecular Qubits Laboratory\thttps:\/\/www.weizmann.ac.il\/complex\/meir\/\tWeizmann Institute\tRehovot, Israel\tMolecular ions\tZiv Meir\t31.9085209\t34.8145869\tIsrael\tWeizmann Institute  \u2013  Molecular Qubits Laboratory\tZiv Meir\tMolecular ions\nQuantum ICT Laboratory\thttps:\/\/www.nict.go.jp\/en\/quantum\/about\/56hayasaka.html\tNICT\tKobe, Japan\tCa+, In+\tKazuhiro Hayasaka\t34.7116\t134.95058\tJapan\tNICT  \u2013  Quantum ICT Laboratory\tKazuhiro Hayasaka\tCa+, In+\nQuantum Optical Engineering\thttps:\/\/www.s-ee.t.kyoto-u.ac.jp\/en\/information\/laboratory\/quantum\/index.html\tKyoto University\tKyoto, Japan\tYb+\tMasao Kitano\t35.026459\t135.7809003\tJapan\tKyoto University  \u2013  Quantum Optical Engineering\tMasao Kitano\tYb+\nExperimental Quantum Information Physics (EQuIP) unit\thttps:\/\/groups.oist.jp\/equip\tOkinawa Institute of Science and Technology Graduate University\tOkinawa, Japan\tCa+, Ba+\tHiroki Takahashi\t26.4629933\t127.8285934\tJapan\tOkinawa Institute of Science and Technology Graduate University  \u2013  Experimental Quantum Information Physics (EQuIP) unit\tHiroki Takahashi\tCa+, Ba+\nMukaiyama Laboratory\thttp:\/\/www.qe.ee.es.osaka-u.ac.jp\/en\tOsaka University\tOsaka, Japan\tCa+, In+\tTakashi Mukaiyama\t34.8041659\t135.4556336\tJapan\tOsaka University  \u2013  Mukaiyama Laboratory\tTakashi Mukaiyama\tCa+, In+\nQIP using trapped ions (Toyoda Group)\thttps:\/\/qiqb.otri.osaka-u.ac.jp\/labs\/toyoda-gr\tOsaka University\tOsaka, Japan\tCa+\tKenji Toyoda\t34.8041659\t135.4556336\tJapan\tOsaka University  \u2013  QIP using trapped ions (Toyoda Group)\tKenji Toyoda\tCa+\nTanaka Group\thttp:\/\/www.qm.ee.es.osaka-u.ac.jp\/index.html\tOsaka University\tOsaka, Japan\tCa+\tUtako Tanaka\t34.8041659\t135.4556336\tJapan\tOsaka University  \u2013  Tanaka Group\tUtako Tanaka\tCa+\nNoguchi Laboratory\thttp:\/\/www.sqei.c.u-tokyo.ac.jp\/RESEARCH_en.html\tThe University of Tokyo\tTokyo, Japan\tBe+\tAtsushi Noguchi\t35.66060845\t139.6849755\tJapan\tThe University of Tokyo  \u2013  Noguchi Laboratory\tAtsushi Noguchi\tBe+\nHasegawa Laboratory\thttp:\/\/lyman.q.t.u-tokyo.ac.jp\/LabWeb-Pages\/e-index.html\tUniversity of Tokyo\tTokyo, Japan\tCa+\tShuichi Hasegawa\t35.7120912\t139.7626082\tJapan\tUniversity of Tokyo  \u2013  Hasegawa Laboratory\tShuichi Hasegawa\tCa+\nTrapped molecular ions\thttps:\/\/dzmitrylab.quantumlah.org\tCQT\tSingapore\tYb+, SiO+\tDzmitry Matsukevich\t1.297155\t103.78031\tSingapore\tCQT  \u2013  Trapped molecular ions\tDzmitry Matsukevich\tYb+, SiO+\nCold Ion Group\thttps:\/\/sites.google.com\/site\/coldiongroup\tCQT\tSingapore\tBa+\tManas Mukherjee\t1.297155\t103.78031\tSingapore\tCQT  \u2013  Cold Ion Group\tManas Mukherjee\tBa+\nMicrotraps Group\thttps:\/\/qmetrology.quantumlah.org\tCQT\tSingapore\tBa+, Lu+\tMurray Barrett\t1.297155\t103.78031\tSingapore\tCQT  \u2013  Microtraps Group\tMurray Barrett\tBa+, Lu+\nQuantum Computing and Quantum Network\thttps:\/\/sites.google.com\/view\/postechquantum\/home\tPohang University of Science and Technology\tPohang, South Korea\tYb+\tMoonjoo Lee\t36.0108551\t129.3227629\tSouth Korea\tPohang University of Science and Technology  \u2013  Quantum Computing and Quantum Network\tMoonjoo Lee\tYb+\nTrapped Ion Quantum Computing Lab\thttps:\/\/tiqcl.wordpress.com\/\tEwha Womans University\tSeoul, South Korea\tYb+\tTaeyoung Choi\t37.5618588\t126.9450458\tSouth Korea\tEwha Womans University  \u2013  Trapped Ion Quantum Computing Lab\tTaeyoung Choi\tYb+\nNano\/Micro system & controls Lab\thttp:\/\/nml.snu.ac.kr\/research\/#QIP\tSeoul National University\tSeoul, South Korea\tYb+\tDan Cho\t37.45428\t126.95035\tSouth Korea\tSeoul National University  \u2013  Nano\/Micro system & controls Lab\tDan Cho\tYb+\nQuantum Information and Quantum Computing Lab\thttps:\/\/sites.google.com\/view\/quantumcomputingatsnu\tSeoul National University\tSeoul, South Korea\tYb+\tTaehyun Kim\t37.4494906\t126.9524081\tSouth Korea\tSeoul National University  \u2013  Quantum Information and Quantum Computing Lab\tTaehyun Kim\tYb+\nQuantum Engineering with Trapped Ions\thttps:\/\/sites.google.com\/view\/queti\/\tSungkyunkwan University\tSuwon, South Korea\tYb+, Ba+\tJunki Kim\t37.29347229\t126.9745712\tSouth Korea\tSungkyunkwan University  \u2013  Quantum Engineering with Trapped Ions\tJunki Kim\tYb+, Ba+\nQuantum Control Laboratory\thttp:\/\/www.physics.usyd.edu.au\/~mbiercuk\/QCL%40Sydney.html\tUniversity of Sydney \tSydney, New South Wales, Australia\tBe+, Yb+\tMike Biercuk\t-33.8887769\t151.1845644\tAustralia\tUniversity of Sydney   \u2013  Quantum Control Laboratory\tMike Biercuk\tBe+, Yb+\nIon-trap Quantum Computing Laboratory\thttps:\/\/www.griffith.edu.au\/centre-quantum-dynamics\/our-research-groups\/ion-trap-quantum-computing-laboratory\tGriffith University\tBrisbane, Queensland, Australia\tYb+\tEric Streed, Mirko Lobino\t-27.5529731\t153.0525159\tAustralia\tGriffith University  \u2013  Ion-trap Quantum Computing Laboratory\tEric Streed, Mirko 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Mercury Ion Microwave Frequency Standard\",\"Wuhan Institute of Physics and Mathematics  \u2013  Quantum Information and Trapped Ion Physics\",\"Wuhan Institute of Physics and Mathematics  \u2013  Trapping of Cold Ions\",\"[Company]  \u2013  AQT\",\"[Company]  \u2013  Honeywell Quantum Solutions\",\"[Company]  \u2013  Infineon Technologies\",\"[Company]  \u2013  IonQ\"],\"Head\":[\"Alastair Sinclair, Patrick Gill\",\"Atsushi Noguchi\",\"Boris Blinov\",\"Brian Odom\",\"Carlo Sias\",\"Charlie Doret\",\"Chris Monroe\",\"Christian Ospelkaus\",\"Christian Schmiegelow\",\"Christof Wunderlich\",\"Clemens R\u00f6ssler\",\"Cl\u00e9ment Lacro\u00fbte\",\"Cornelius Hempel\",\"Crystal Noel\",\"Crystal Senko\",\"Dan Cho\",\"Dan Stick\",\"Daniel Rodr\u00edguez\",\"Daniel Zajfman\",\"David Allcock, Dave Wineland\",\"David Hanneke\",\"David Lucas, Andrew Steane\",\"Dzmitry Matsukevich\",\"Ekkehard Peik\",\"Eric Hudson\",\"Eric Streed, Mirko Lobino\",\"Ferdinand Schmidt-Kaler\",\"Gerd 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