var editData = {"errorMessage":"","dataLines":"36.420814\t127.374876\t1\tA\t1A\tKAERI\t\t\thttps:\/\/www.kaeri.re.kr\/resources\/images\/rcus\/contents\/sub01\/sub01_0301_img01.jpg\t\toperational\t30 TW\t10 - 100 TW\t.7 J\t.1 - 1 J\t27 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttps:\/\/www.kaeri.re.kr\/rcuse\/board?menuId=MENU00783&siteId=null\tRadiation Center for Ultrafast Science, Korean Atomic Energy Research Institute, 30 TW Ti:Sa Laser Facility\t36.420814, 127.374876\tDaejoen\tSouth Korea\tAsia\t2019\thttps:\/\/www.kaeri.re.kr\/rcuse\tDr. Kitae Lee; Dr. Kyu-Ha Jang\tklee@kaeri.re.kr; kyuha@kaeri.re.kr\t\t\t\n43.233004\t5.444171\t2\tA\t2A\tUMed\t\t\thttp:\/\/www.lp3.univ-mrs.fr\/IMG\/jpg\/photo_Asur_550x185_.jpg\t\toperational\t40 TW\t10 - 100 TW\t1 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/www.lp3.univ-mrs.fr\/spip.php?rubrique11\tUniversit\u00e9 de la M\u00e9diterran\u00e9e, Laboratoire LP3 (Lasers, Plasmas et Proc\u00e9d\u00e9s Photoniques)\t43.233004, 5.444171\tMarseilles\tFrance\tEurope\t2019\thttp:\/\/www.lp3.univ-mrs.fr\/\tDr. Mark Sentis\tsentis@lp3.univ-mrs.fr\t\t\t\n30.699095\t104.055928\t3\tA\t3A\tSWJTU\t\t\t\t\tunknown\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\t\tSouthwest Jiaotong University\t30.699095, 104.055928\tLeshan\tChina\tAsia\t\thttps:\/\/english.swjtu.edu.cn\/\t\t\t\t\t\n52.431357\t13.525677\t4\tA\t4A\tMBI\t\t\t\t\tdecommissioned\t500 TW\t100 - 1000 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.mbi-berlin.de\/\tMAX-BORN-INSTITUT f\u00fcr Nichtlineare Optik und Kurzzeitspektroskopie\t52.431357, 13.525677\tBerlin\tGermany\tEurope\t2019\thttps:\/\/mbi-berlin.de\/homepage\tDr. Matthias Schn\u00fcrer\tschnuerer@mbi-berlin.de\t\t\t\n52.431357\t13.525677\t4\tB\t4B\tMBI\t\t\t\t\tdecommissioned\t100 TW\t100 - 1000 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.mbi-berlin.de\/\tMAX-BORN-INSTITUT f\u00fcr Nichtlineare Optik und Kurzzeitspektroskopie\t52.431357, 13.525677\tBerlin\tGermany\tEurope\t2019\thttps:\/\/mbi-berlin.de\/homepage\tDr. Matthias Schn\u00fcrer\tschnuerer@mbi-berlin.de\t\t\t\n35.060404\t-106.534573\t5\tA\t5A\tSNL\tZ-Beamlet, 10 TW module\t\thttps:\/\/z-beamlet.sandia.gov\/images\/rods.jpg\t\toperational\t10 TW\t10 - 100 TW\t2.8 J\t1 - 10 J\t280 fs\t100 - 1000 fs\t1 shot\/20 minutes\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\t200 TW target area in the beamlet building and PW compressor in the Z building also have long pulse capability.  this is using PGL dielectric gratings \thttps:\/\/z-beamlet.sandia.gov\/facilities\/10tw.html\tSandia National Laboratory\t35.060404, -106.534573\tAlbuquerque\tUSA\tNorth America\t2018\thttps:\/\/www.sandia.gov\/index.html\tDr. Patrick Rambo\tprambo@sandia.gov\t\t\t\n35.060404\t-106.534573\t5\tB\t5B\tSNL\tZ-Petawatt\t\thttps:\/\/z-beamlet.sandia.gov\/images\/slabamps.jpg\t\tin development\t1 PW\t1000 - 10000 TW\t400 - 650 J\t100 - 1000 J\t500 fs\t100 - 1000 fs\t1 shot\/3-4 hours\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\t200 TW target area in the beamlet building and PW compressor in the Z building also have long pulse capability.  this is using PGL dielectric gratings \thttps:\/\/z-beamlet.sandia.gov\/facilities\/petawatt.html\tSandia National Laboratory\t35.060404, -106.534573\tAlbuquerque\tUSA\tNorth America\t2018\thttps:\/\/www.sandia.gov\/index.html\tDr. Patrick Rambo\tprambo@sandia.gov\t\t\t\n35.060404\t-106.534573\t5\tC\t5C\tSNL\tZ-Petawatt, possible upgrade\t\thttps:\/\/z-beamlet.sandia.gov\/images\/slabamps.jpg\t\tplans\t> 2 PW\t1000 - 10000 TW\t> 1 kJ\t1000 - 10000 J\t~ 500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\t200 TW target area in the beamlet building and PW compressor in the Z building also have long pulse capability.  this is using PGL dielectric gratings \thttps:\/\/z-beamlet.sandia.gov\/facilities\/petawatt.html\tSandia National Laboratory\t35.060404, -106.534573\tAlbuquerque\tUSA\tNorth America\t2018\thttps:\/\/www.sandia.gov\/index.html\tDr. Patrick Rambo\tprambo@sandia.gov\t\t\t\n35.060404\t-106.534573\t5\tD\t5D\tSNL\tZ-Beamlet, 100 TW module\t\thttps:\/\/z-beamlet.sandia.gov\/images\/slabs.jpg\t\toperational\t100 TW\t100 - 1000 TW\t50 J\t10 - 100 J\t500 fs\t100 - 1000 fs\t1 shot\/2-3 hours\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\t200 TW target area in the beamlet building and PW compressor in the Z building also have long pulse capability.  this is using PGL dielectric gratings \thttps:\/\/z-beamlet.sandia.gov\/facilities\/100tw.html\tSandia National Laboratory\t35.060404, -106.534573\tAlbuquerque\tUSA\tNorth America\t2018\thttps:\/\/www.sandia.gov\/index.html\tDr. Patrick Rambo\tprambo@sandia.gov\t\t\t\n39.65236\t-119.882423\t6\tA\t6A\tUNev\tCheetah\t\t\t\tdecommissioned\t10 TW\t10 - 100 TW\t300 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/www.unr.edu\/physics\/ntf\tUniversity of Nevada at Reno, Zebra Pulsed Power Lab\t39.65236, -119.882423\tReno\tUSA\tNorth America\t2020\thttps:\/\/www.unr.edu\/physics\/zppl\tProfessor Piotr Wiewior, Professor Vladimir Ivanov\tpwiewior@unr.edu, ivanov@unr.edu\t\t\t\n39.65236\t-119.882423\t6\tB\t6B\tUNev\tLeopard\t\t\t\toperational\t50 TW\t10 - 100 TW\t10 - 20 J\t10 - 100 J\t300 fs\t100 - 1000 fs\t1 shot\/hours\t- 1 Hz\tTi:Sa\/Nd:Glass\tTi:Sa\/Neodymium\t1057 nm\t900 - 1100 nm\t10^19 W\/cm^2\t\thttps:\/\/www.unr.edu\/physics\/zppl\/facility\/laser\tUniversity of Nevada at Reno, Zebra Pulsed Power Lab\t39.65236, -119.882423\tReno\tUSA\tNorth America\t2020\thttps:\/\/www.unr.edu\/physics\/zppl\tProfessor Piotr Wiewior, Professor Vladimir Ivanov\tpwiewior@unr.edu, ivanov@unr.edu\t\t\t\n51.580851\t-1.307742\t7\tA\t7A\tRAL\tVulcan 2020\t\thttps:\/\/www.clf.stfc.ac.uk\/Gallery\/Vulcan2020building.png\t\tplans\t20 PW\t10000 TW -\t400 J\t100 - 1000 J\t20 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tOPCPA\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/Vulcan-2020.aspx\tSTFC Rutherford Appleton Laboratory, Central Laser Facility\t51.580851, -1.307742\tDidcot\tUnited Kingdom\tEurope\t2018\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/home.aspx\tDr. Ian Musgrave\tian.musgrave@stfc.ac.uk\t\t\t\n51.759616\t-1.259462\t9\tA\t9A\tOXFD\tTW Laser\t\thttps:\/\/www2.physics.ox.ac.uk\/sites\/default\/files\/images\/Regen_above_rotated.jpg\t\tin development\t15 TW\t10 - 100 TW\t600 mJ\t.1 - 1 J\t40 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t10^21 W\/cm^2, if ideal spot size of w0 = .5 um achieved. However, achieving an ideal spot size is not anticipated at this time.\t\thttps:\/\/lpax.web.ox.ac.uk\/facilities\tUniversity of Oxford, TW Laser Laboratory\t51.759616, -1.259462\tOxford\tUnited Kingdom\tEurope\t2019\thttps:\/\/lpax.web.ox.ac.uk\/home\tProfessor Simon Hooker; Dr. James Holloway\tsimon.hooker@physics.ox.ac.uk; james.holloway@physics.ox.ac.uk\t\t\t\n45.625495\t-73.383649\t10\tA\t10A\tALLS\t10\/100 Hz Laser, 10 Hz Line\t\thttp:\/\/inf.emt.inrs.ca\/sites\/default\/files\/ALLS_images\/infraImages\/sys10100Hz.jpg\t\toperational\t10 TW\t10 - 100 TW\t300 mJ\t.1 - 1 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/inf.emt.inrs.ca\/?q=en\/10-100Hz\tAdvanced Laser Light Source\/ Laboratoire de Sources Femtosecondes\t45.625495, -73.383649\tVarennes\tCanada\tNorth America\t2018\thttp:\/\/inf.emt.inrs.ca\/?q=en\/ALLS\tProfessor Fran\u00e7ois L\u00e9gar\u00e9\tlegare@emt.inrs.ca\t\t\t\n45.625495\t-73.383649\t10\tC\t10C\tALLS\t500 TW Laser\t\thttp:\/\/inf.emt.inrs.ca\/sites\/default\/files\/ALLS_images\/infraImages\/sys200TW.png\t\toperational\t500 TW\t100 - 1000 TW\t10 J\t10 - 100 J\t20 fs\t10 - 100 fs\t2.5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttp:\/\/inf.emt.inrs.ca\/?q=en\/500TW\tAdvanced Laser Light Source\/ Laboratoire de Sources Femtosecondes\t45.625495, -73.383649\tVarennes\tCanada\tNorth America\t2018\thttp:\/\/inf.emt.inrs.ca\/?q=en\/ALLS\tProfessor Fran\u00e7ois L\u00e9gar\u00e9\tlegare@emt.inrs.ca\t\t\t\n39.681073\t-75.75304\t11\tA\t11A\tUDel\t\t\thttps:\/\/cpb-us-w2.wpmucdn.com\/sites.udel.edu\/dist\/5\/3722\/files\/2017\/06\/38-1e2i561-200x135.jpg\t\toperational\t6 TW\t1 - 10 TW\t.25 J\t.1 - 1 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t2x10^19 W\/cm^2 demonstrated\t\thttps:\/\/sites.udel.edu\/bcwalker\/research\/\tUniversity of Deleware\t39.681073, -75.75304\tNewark\tUSA\tNorth America\t2019\thttps:\/\/sites.udel.edu\/bcwalker\/\tProfessor Barry Walker\tbcwalker@udel.edu\t\t\t\n50.123306\t14.464126\t12\tB\t12B\tPALS\t\t\t\t\toperational\t50 TW\t10 - 100 TW\t1 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t808 nm\t700 - 900 nm\t\tCPA. Two additional 50 mJ beams are produced from this source, and the beams can be delayed with respect to each other in the range of about 0-20 ns.\thttps:\/\/www.spiedigitallibrary.org\/conference-proceedings-of-spie\/8080\/80800U\/25TW-Tisapphire-laser-chain-at-PALS\/10.1117\/12.899051.full?SSO=1\tPALS (Prague Asterix Laser System) Research Centre, Academy of Sciences of the Czech Republic\t50.123306, 14.464126\tPrague\tCzechia\tEurope\t2018\thttp:\/\/www.pals.cas.cz\/\tDr. Miroslav Kr\u016fs\tkrus@ipp.cas.cz\t\t\t\n34.945452\t134.432804\t13\tA\t13A\tLAPLAC\tLAPLACIAN, Beamline 2\t\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/images\/Laplacian_laser.png\t\toperational\t80 TW\t10 - 100 TW\t2 J\t1 - 10 J\tminimum 24 fs, maximum 50 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tfocused by f\/22 with peak intensity ~1.6^19 W\/cm^2\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tLAPLACIAN (Laser Acceleration Platform as a Coordinated Innovative Anchor), RIKEN SPring-8 Center\t34.945452, 134.432804\tTatsuno\tJapan\tAsia\t2019\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tProfessor Tomonao Hosokai\thosokai@sanken.osaka-u.ac.jp\t\t\t\n34.945452\t134.432804\t13\tB\t13B\tLAPLAC\tLAPLACIAN, Beamline 1\t\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/images\/Laplacian_laser.png\t\toperational\t40 TW\t10 - 100 TW\t1 J\t1 - 10 J\tminimum 24 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tfocused by f\/12 with peak intensity ~1.5^19 W\/cm^2\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tLAPLACIAN (Laser Acceleration Platform as a Coordinated Innovative Anchor), RIKEN SPring-8 Center\t34.945452, 134.432804\tTatsuno\tJapan\tAsia\t2019\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tProfessor Tomonao Hosokai\thosokai@sanken.osaka-u.ac.jp\t\t\t\n34.945452\t134.432804\t13\tC\t13C\tLAPLAC\tLAPLACIAN, Beamline 3\t\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/images\/Laplacian_laser.png\t\tin development\t400 TW\t100 - 1000 TW\t10 J\t10 - 100 J\tminimum 24 fs, maximum 100 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tfocused by f\/10 with peak intensity ~2.5^20 W\/cm^2\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tLAPLACIAN (Laser Acceleration Platform as a Coordinated Innovative Anchor), RIKEN SPring-8 Center\t34.945452, 134.432804\tTatsuno\tJapan\tAsia\t2019\thttps:\/\/www.sanken.osaka-u.ac.jp\/labs\/bmp\/platform.html\tProfessor Tomonao Hosokai\thosokai@sanken.osaka-u.ac.jp\t\t\t\n39.992714\t116.320896\t14\tA\t14A\tPek\tCLAPA (Compact Laser Particle Accelerator)\t\t\t\toperational\t200 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tDouble CPA structure. More info found here: http:\/\/accelconf.web.cern.ch\/accelconf\/ipac2016\/papers\/wepmy011.pdf\thttp:\/\/accelconf.web.cern.ch\/accelconf\/ipac2016\/papers\/wepmy011.pdf\tPeking University, State Key Laboratory of Nuclear Physics and Technology and CAPT\t39.992714, 116.320896\tBeijing\tChina\tAsia\t2018\thttps:\/\/capt.pku.edu.cn\/english\/index.htm\tDr. Xueqing Yan\tx.yan@pku.edu.cn\t\t\t\n31.772802\t35.199589\t15\tA\t15A\tHU\tTW-ii-Light\t\thttps:\/\/scholars.huji.ac.il\/sites\/default\/files\/styles\/os_slideshow_16%3A9_660\/public\/giladm\/files\/greendimlook.jpg?m=1473493854&itok=Ve39meDf\t\toperational\t20 TW\t10 - 100 TW\t540 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttps:\/\/scholars.huji.ac.il\/giladm\tHebrew University, Gilad Marcus Ultrafast Laser Lab\t31.772802, 35.199589\tJerusalem\tIsrael\tAsia\t2019\thttps:\/\/scholars.huji.ac.il\/giladm\tProfessor Gilad Marcus\tgilad.marcus@mail.huji.ac.il\t\t\t\n53.588648\t9.829469\t16\tA\t16A\tEXFEL\tShort-pulse ultrahigh intensity optical laser (UHI-OL)\t\t\t\tin development\tmulti-100 TW\t100 - 1000 TW\t4-10 J\t1 - 10 J\t< 25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\"The HI laser can be focussed with an off-axis parabola to spots ~\u03bcm^2 in order to reach intensities on target of order 10^20 W cm^-2\thttps:\/\/www.xfel.eu\/facility\/instruments\/hed\/instrument_design\/index_eng.html\tEuropean XFEL, High Energy Density Group\t53.588648, 9.829469\tSchenefeld\tGermany\tEurope\t2019\thttps:\/\/www.xfel.eu\/facility\/instruments\/hed\/index_eng.html\tDr. Carsten Baehtz\tcarsten.baehtz@xfel.eu\t\t\t\n34.942614\t134.433374\t17\tA\t17A\tSACLA\tBeamline 2, KB mirror focusing\t\thttp:\/\/xfel.riken.jp\/eng\/gallery\/index.html#image\/001-1.jpg\t\toperational\t~60 GW\t- 1 TW\t.5 mJ\t- .01 J\t2 - 10 fs\t- 10 fs\t60 Hz max\t10 - 100 Hz\tfree electrons\tfree electrons\t.062 - .31 nm\t- 300 nm\t\t\thttp:\/\/xfel.riken.jp\/eng\/users\/bml04-11.html\tSPring-8 Angstrom Compact Free-Electron Laser (SACLA) X-ray Free Electron Laser\t34.942614, 134.433374\tKamigori\tJapan\tAsia\t2019\thttp:\/\/xfel.riken.jp\/eng\/index.html\tRIKEN SPring-8 Center\triken@spring8.or.jp\t\t\t\n34.942614\t134.433374\t17\tB\t17B\tSACLA\tBeamline 3, KB mirror focusing\t\thttps:\/\/media.nature.com\/m685\/nature-assets\/ncomms\/2014\/140430\/ncomms4539\/images_hires\/ncomms4539-f1.jpg\t\toperational\t~60 GW\t- 1 TW\t.5 mJ\t- .01 J\t2 - 10 fs\t- 10 fs\t60 Hz max\t10 - 100 Hz\tfree electrons\tfree electrons\t.062 - .31 nm\t- 300 nm\t\t\"... we successfully generate 10^20\u2009W\u2009cm\u22122 hard X-ray laser pulses with a beam spot of 30\u2009nm \u00d7 55\u2009nm using 9.9\u2009keV XFEL light.\" (https:\/\/www.nature.com\/articles\/ncomms4539)\thttp:\/\/xfel.riken.jp\/eng\/users\/bml04-11.html\tSPring-8 Angstrom Compact Free-Electron Laser (SACLA) X-ray Free Electron Laser\t34.942614, 134.433374\tKamigori\tJapan\tAsia\t2019\thttp:\/\/xfel.riken.jp\/eng\/index.html\tRIKEN SPring-8 Center\triken@spring8.or.jp\t\t\t\n34.942614\t134.433374\t17\tC\t17C\tSACLA\tBeamline 1, KB mirror focusing\t\thttp:\/\/xfel.riken.jp\/eng\/gallery\/image\/001-1.jpg\t\toperational\t~2 GW\t- 1 TW\t.1 mJ\t- .01 J\t~50 fs\t10 - 100 fs\t60 Hz\t10 - 100 Hz\tfree electrons\tfree electrons\t8 - 30 nm\t- 300 nm\t\t\thttp:\/\/xfel.riken.jp\/eng\/users\/bml04-11.html\tSPring-8 Angstrom Compact Free-Electron Laser (SACLA) X-ray Free Electron Laser\t34.942614, 134.433374\tKamigori\tJapan\tAsia\t2019\thttp:\/\/xfel.riken.jp\/eng\/index.html\tRIKEN SPring-8 Center\triken@spring8.or.jp\t\t\t\n34.909583\t135.795804\t19\tA\t19A\tKyoU\tT6\t\thttp:\/\/laser.kuicr.kyoto-u.ac.jp\/html(English)%20\/Components(English)%20\/Facilities(English)\/Facilities(LaserPhoto)Eng.png\t\toperational\t33 TW\t10 - 100 TW\t1 J\t1 - 10 J\t30 fs\t10 - 100 fs\tfrom single shot to 10 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/laser.kuicr.kyoto-u.ac.jp\/html(English)%20\/SakabeLabHPEng32(Facilities)(Laser).html\tLaboratory for Laser-Matter Interaction Science, Advanced Research Center for Beam Science, Institute for Chemical Research, Kyoto University\t34.909583, 135.795804\tKyoto\tJapan\tAsia\t2019\thttp:\/\/laser.kuicr.kyoto-u.ac.jp\/e-index.html\tProf. Shuji Sakabe\tsakabe@laser.kuicr.kyoto-u.ac.jp\t\t\t\n35.225211\t139.622253\t20\tA\t20A\tCRIEPI\t\t\t\t\toperational\t30 TW\t10 - 100 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/criepi.denken.or.jp\/en\/electric\/index.html\tCentral Research Institute of Electric Power Industry\t35.225211, 139.622253\tYokosuka\tJapan\tAsia\t2018\thttps:\/\/criepi.denken.or.jp\/en\/index.html\tDr. Takashi Fujii\tfujii@p-front.t.u-tokyo.ac.jp\t\t\t\n37.878911\t-122.249387\t21\tA\t21A\tLBNL\tkBELLA\t\thttps:\/\/bella.lbl.gov\/wp-content\/uploads\/sites\/42\/2020\/05\/kBELLA_layout.png\t\tplans\t100 TW\t100 - 1000 TW\t3 J\t1 - 10 J\t30 fs\t10 - 100 fs\t1 kHz\t1000 Hz -\tTi:Sa\tTi:Sa\t~800 nm\t700 - 900 nm\t\t\thttps:\/\/bella.lbl.gov\/kbella\/\tLawrence Berkeley National Laboratory, BELLA\t37.878911, -122.249387\tBerkeley\tUSA\tNorth America\t2020\thttps:\/\/bella.lbl.gov\tEric Esarey\tEHEsarey@lbl.gov\t\t\t\n37.878911\t-122.249387\t21\tB\t21B\tLBNL\tTREX\t\thttp:\/\/bella.lbl.gov\/wp-content\/uploads\/sites\/42\/2015\/09\/TREX_amps.jpg\t\toperational\t> 60 TW\t10 - 100 TW\t1.6 J\t1 - 10 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/bella.lbl.gov\/facilities\/bella-center-facilities-trex-laser\/\tLawrence Berkeley National Laboratory, BELLA\t37.878911, -122.249387\tBerkeley\tUSA\tNorth America\t2018\thttps:\/\/bella.lbl.gov\tEric Esarey\tEHEsarey@lbl.gov\t\t\t\n37.878911\t-122.249387\t21\tC\t21C\tLBNL\tChihuahua\t\thttp:\/\/bella.lbl.gov\/wp-content\/uploads\/sites\/42\/2015\/09\/10TWlaserbay.jpg\t\toperational\t10 TW\t10 - 100 TW\t1-joule-class\t1 - 10 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/bella.lbl.gov\/facilities\/bella-center-facilities-godzilla-and-chihuahua-lasers\/\tLawrence Berkeley National Laboratory, BELLA\t37.878911, -122.249387\tBerkeley\tUSA\tNorth America\t2018\thttps:\/\/bella.lbl.gov\tEric Esarey\tEHEsarey@lbl.gov\t\t\t\n37.878911\t-122.249387\t21\tD\t21D\tLBNL\tGodzilla\t\thttp:\/\/bella.lbl.gov\/wp-content\/uploads\/sites\/42\/2015\/09\/10TWlaserbay.jpg\t\toperational\t10 TW\t10 - 100 TW\t1-joule-class\t1 - 10 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/bella.lbl.gov\/facilities\/bella-center-facilities-godzilla-and-chihuahua-lasers\/\tLawrence Berkeley National Laboratory, BELLA\t37.878911, -122.249387\tBerkeley\tUSA\tNorth America\t2018\thttps:\/\/bella.lbl.gov\tEric Esarey\tEHEsarey@lbl.gov\t\t\t\n37.878911\t-122.249387\t21\tE\t21E\tLBNL\tBELLA\t\thttp:\/\/bella.lbl.gov\/wp-content\/uploads\/sites\/42\/2015\/09\/BELLA_Bay-300x188.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t42.2 J\t10 - 100 J\t40 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/bella.lbl.gov\/\tLawrence Berkeley National Laboratory, BELLA\t37.878911, -122.249387\tBerkeley\tUSA\tNorth America\t2018\thttps:\/\/bella.lbl.gov\tEric Esarey\tEHEsarey@lbl.gov\t\t\t\n49.931611\t8.680863\t22\tA\t22A\tGSI\tPHELIX\t\thttps:\/\/www.gsi.de\/fileadmin\/_processed_\/0\/0\/csm_Compressor01_8ebc775231.jpg\t\toperational\t500 TW\t100 - 1000 TW\tup to 200 J\t100 - 1000 J\t.5 ps\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\tCPA\thttps:\/\/www.gsi.de\/en\/work\/research\/appamml\/plasma_physicsphelix\/phelix.htm\tGSI-Helmholtzzentrum fuer Schwerionenforschung GmbH\t49.931611, 8.680863\tDarmstadt\tGermany\tEurope\t2018\thttps:\/\/www.gsi.de\/en\/start\/news.htm\tStefan G\u00f6tte\ts.goette@gsi.de\t\t\t\n44.350606\t26.050031\t23\tA\t23A\tELI-NP\tHigh-Power Laser System (HPLS)\tHighest Peak Power\thttps:\/\/ecliptique.com\/thales-eli\/interface-full.png\t\toperational\t2 X 10 PW\t10000 TW -\t250 J\t100 - 1000 J\t25 fs\t10 - 100 fs\t1 shot per minute\t- 1 Hz\tTi:Sa\tTi:Sa\t820 nm\t700 - 900 nm\t\t\thttps:\/\/www.eli-np.ro\/rd1_second.php\tExtreme Light Infrastructure, Nuclear Physics\t44.350606, 26.050031\tMagurele\tRomania\tEurope\t2019\thttps:\/\/www.eli-np.ro\/index.php\tDr. Ioan Dancus\tioan.dancus@eli-np.ro\t\t\t\n34.712963\t135.838546\t24\tB\t24B\tKPSI\tJ-KAREN-P\t\thttp:\/\/www.kansai.qst.go.jp\/kpsi-en\/images\/2-0-3.jpeg\t\toperational\t1 PW\t1000 - 10000 TW\t30 J\t10 - 100 J\t30 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.kansai.qst.go.jp\/kpsi-en\/research-1.html\tKansai Photon Science Institute, National Institutes for Quantum and Radiological Science and Technology (QST)\t34.712963, 135.838546\tKizugawa\tJapan\tAsia\t2018\thttps:\/\/www.qst.go.jp\/site\/kansai-english\/\tDr. Hiromitsu Kiriyama; Dr. Mamiko Nishiuchi; Dr. Tetsuya Kawachi\tkiriyama.hiromitsu@qst.go.jp; nishiuchi.mamiko@jaea.go.jp; Kawachi.tetsuya@jaea.go.jp\t\t\t\n51.499374\t-0.179146\t26\tB\t26B\tICL\tCerberus (ugraded)\t\t\t\tin development\t44 TW\t10 - 100 TW\t20 J\t10 - 100 J\t450 fs\t100 - 1000 fs\t1 shot\/10 minutes\t- 1 Hz\tNd:Glass\/OPCPA hybrid\tNeodymium\/OPCPA\t1053 nm\t900 - 1100 nm\t\tFrom Professor Roland Smith: \"We are also adding in some additional larger OPCPA stages that have the potential to handle a lot more bandwidth at high energy, but thats a longer term goal.  Shorter term, we are also adding a long pulse ~2.2ns shaping capability at up to 50J for driving material compression.\"\thttps:\/\/equipment.data.ac.uk\/item\/6819a25d7c2a0dac83eb0cc44a88ec44.html\tImperial College London\t51.499374, -0.179146\tLondon\tUnited Kingdom\tEurope\t2019\thttps:\/\/www.imperial.ac.uk\/plasma-physics\/\tProfessor Roland Smith\tr.a.smith@imperial.ac.uk\t\t\t\n51.499374\t-0.179146\t26\tF\t26F\tICL\tCerberus\t\t\t\toperational\t11 TW\t10 - 100 TW\t5 J\t1 - 10 J\t450 fs\t100 - 1000 fs\t1 shot\/10 minutes\t- 1 Hz\tNd:Glass\/OPCPA hybrid\tNeodymium\/OPCPA\t1053 nm\t900 - 1100 nm\t\t\"From Professor Roland Smith: \"\"5J (B integral limited, new vacuum compressor will allow up to 20J) Cerberus also delivers high energy (up to 50J) 2ns pulses for imaging  and shock driver applications.  It is linked to the MAGPIE Z-Pinch for driving diagnostics such as Faraday Rotation B-Field imaging.\"\"\"\thttps:\/\/equipment.data.ac.uk\/item\/6819a25d7c2a0dac83eb0cc44a88ec44.html\tImperial College London\t51.499374, -0.179146\tLondon\tUnited Kingdom\tEurope\t2019\thttps:\/\/www.imperial.ac.uk\/plasma-physics\/\tProfessor Roland Smith; Dr. Stuart Mangles\tr.a.smith@imperial.ac.uk; stuart.mangles@imperial.ac.uk\t\t\t\n53.579274\t9.881166\t30\tA\t30A\tDESY\t\t\thttps:\/\/forward.desy.de\/sites2009\/site_forward\/content\/e160838\/e243301\/e269625\/LaserLab_thumbnail.png\t\toperational\t25 TW\t10 - 100 TW\t650 mJ\t.1 - 1 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/forward.desy.de\/project_domains\/laser_and_preparation_laboratory\/\tFLASHForward, Deutsche Elektronen-Synchrotron\t53.579274, 9.881166\tHamburg\tGermany\tEurope\t2019\thttps:\/\/forward.desy.de\tDr. Jens Osterhoff; Dr. Kristjan Poder\tJens.Osterhoff@desy.de; kristjan.poder@desy.de\t\t\t\n52.228894\t20.965612\t31\tA\t31A\tLC\tMulti TW OPCPA\t\thttp:\/\/www.ichf.edu.pl\/res\/CL\/userfiles\/images\/galeria\/OPCPA_big.png\t\toperational\t10 TW\t10 - 100 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tOPCPA\thttp:\/\/www.ichf.edu.pl\/res\/CL\/research_pl.html#Multi%20TW%20OPCPA\tCentrum Laserowe, Instytutu Chemii Fizycznej, Polskiej Akademii Nauk\t52.228894, 20.965612\tWarsaw\tPoland\tEurope\t2019\thttp:\/\/www.ichf.edu.pl\/res\/CL\/index.html\tProf. Czes\u0142aw Radzewicz; Dr. Yuriy Stepanenko\tradzewic@fuw.edu.pl; stepanenko@ichf.edu.pl\t\t\t\n52.228894\t20.965612\t31\tB\t31B\tLC\tMulti TW OPCPA\t\thttp:\/\/www.ichf.edu.pl\/res\/CL\/userfiles\/images\/galeria\/OPCPA_big.png\t\tplans\t100 TW\t100 - 1000 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tOPCPA\thttp:\/\/www.ichf.edu.pl\/res\/CL\/research_pl.html#Multi%20TW%20OPCPA\tCentrum Laserowe, Instytutu Chemii Fizycznej, Polskiej Akademii Nauk\t52.228894, 20.965612\tWarsaw\tPoland\tEurope\t2019\thttp:\/\/www.ichf.edu.pl\/res\/CL\/index.html\tProf. Czes\u0142aw Radzewicz; Dr. Yuriy Stepanenko\tradzewic@fuw.edu.pl; stepanenko@ichf.edu.pl\t\t\t\n37.690891\t-121.70043\t32\tA\t32A\tLLNL-NIF\tARC\t\thttps:\/\/lasers.llnl.gov\/content\/assets\/images\/science\/ps\/arc_beamline.jpg\t\toperational\t30 TW X 4 beamlets\t100 - 1000 TW\t1 kJ X 4\t1000 - 10000 J\t~ 33 ps\t10000 fs -\t\t- 1 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tCPA\thttps:\/\/lasers.llnl.gov\/science\/photon-science\/arc\tLawrence Livermore National Laboratory Advanced Radiographic Capability\t37.690891, -121.70043\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/lasers.llnl.gov\/science\/photon-science\/arc\tDr. John Crane\tcrane1@llnl.gov\t\t\t\n37.690891\t-121.70043\t32\tB\t32B\tLLNL-NIF\tARC\t\thttps:\/\/lasers.llnl.gov\/content\/assets\/images\/science\/ps\/arc_beamline.jpg\t\tin development\t250 TW X 2\t100 - 1000 TW\t.4 to 1.7 kJ\t100 - 1000 J\t1 to 50 ps\t1000 - 10000 fs\t\t- 1 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tCPA\thttps:\/\/lasers.llnl.gov\/science\/photon-science\/arc\tLawrence Livermore National Laboratory Advanced Radiographic Capability\t37.690891, -121.70043\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/lasers.llnl.gov\/science\/photon-science\/arc\tDr. John Crane\tcrane1@llnl.gov\t\t\t\n37.690891\t-121.70043\t32\tC\t32C\tLLNL-NIF\tNIF\tHighest Pulse Energy\thttps:\/\/lasers.llnl.gov\/content\/assets\/images\/about\/nif_laser_bay_cad.png\t\toperational\t\u2265 500 TW\t100 - 1000 TW\t\u2265 1.8 MJ\t10000 J -\t4 ns\t10000 fs -\t1 shot per \u2264 8 hours\t- 1 Hz\tND:Glass\tNeodymium\t351 nm\t300 - 500 nm\t\t\thttps:\/\/lasers.llnl.gov\/\tLawrence Livermore National Lboratory, NIF\t37.690891, -121.70043\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/lasers.llnl.gov\/\tCharles Osolin\tmailto:osolin1@llnl.gov\t\t\t\n53.52823716\t-113.5298151\t33\tB\t33B\tUAlb\t\t\t\t\toperational\t15 TW\t10 - 100 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t10 Hz\t10 - 100 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/apps.ualberta.ca\/directory\/person\/aehussei\tUniversity of Alberta\t53.5282371630475, -113.529815086844\tEdmonton\tCanada\tNorth America\t2023\thttps:\/\/www.ualberta.ca\/engineering\/electrical-computer-engineering\/index.html\tProfessor Amina Hussein\taehussei@ualberta.ca\t\t\t\n31.180939\t121.588398\t34\tA\t34A\tSULF\t\t\t\t\tin development\t10 PW\t10000 TW -\t300 J\t100 - 1000 J\t~ 30 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t~ 800 nm\t700 - 900 nm\t\tCPA + OPCPA\t\tShanghai Superintense Ultrafast Laser Facility\t31.180939, 121.588398\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\tProf. Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n31.180939\t121.588398\t34\tB\t34B\tSULF\t\t\thttp:\/\/imagebank.osa.org\/getImage.xqy?img=LmxhcmdlLG9lLTI1LTE1LTE3NDg4LWcwMDE\t\toperational\t5.4 PW\t1000 - 10000 TW\t130 J\t100 - 1000 J\t24 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttp:\/\/english.siom.cas.cn\/\tShanghai Superintense Ultrafast Laser Facility\t31.180939, 121.588398\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\tProf. Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n55.710286\t13.204629\t36\tA\t36A\tLLC\t\t\t\t\toperational\t125 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.llc.lu.se\/research-fields\/experimental-facilities\/high-power-laser-facility\/terawatt-laser-lab\/\tLund Laser Centre, Terawatt laser lab\t55.710286, 13.204629\tLund\tSweden\tEurope\t2019\thttp:\/\/www.llc.lu.se\/\tProf. Claes-G\u00f6ran Wahlstr\u00f6m\tClaes-Goran.Wahlstrom@fysik.lth.se\t\t\t\n33.64429\t-117.843321\t37\tA\t37A\tUCI\tSolstice\t\thttps:\/\/www.spectra-physics.com\/assets\/client_files\/images\/banners\/products\/solstice-ace.png\t\toperational\t200 GW\t- 1 TW\t7 mJ\t- .01 J\t35 fs\t10 - 100 fs\t1 kHz\t1000 Hz -\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\tactively trying to achieve 10^19 W\/cm^2\thttp:\/\/faculty.sites.uci.edu\/fdollar\/\tUniversity of California, Irvine, Laser Plasma Interaction Laboratory\t33.64429, -117.843321\tIrvine\tUSA\tNorth America\t2019\thttp:\/\/faculty.sites.uci.edu\/fdollar\/\tProf. Franklin Dollar\tfdollar@uci.edu\t\t\t\n42.877108\t-8.55849\t38\tA\t38A\tL2A2\tALPHA 10\/XS (from THALES)\t\thttp:\/\/igfae.usc.es\/laserpet\/wp-content\/uploads\/2017\/02\/IMG_20181003_160932-225x300.jpg\t\toperational\t56 TW\t10 - 100 TW\t1.4 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t~ 800 nm\t700 - 900 nm\t\t\"contrast ratio of 10^10\"\thttp:\/\/igfae.usc.es\/laserpet\/index.php\/laser-laboratory-for-acceleration-and-applications\/\tUniversity of Santiago de Compostela, Laser Laboratory for Acceleration and Applications (L2A2)\t42.877108, -8.55849\tSantiago de Compostela\tSpain\tEurope\t2019\thttp:\/\/igfae.usc.es\/laserpet\/\tProf. Jos\u00e9 Benlliure\tj.benlliure@usc.es\t\t\t\n56.087358\t60.737182\t39\tA\t39A\tVNIITF\t\t\t\t\tunknown\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/vniitf.ru\/article\/otdel-lazerno-fizicheskikh-issledovaniy\tDepartment of Laser Physical Research, Russian Federal Nuclear Center - All-Russian Academician E.I. Research Institute of Technical Physics Zababakhina\t56.087358, 60.737182\tSnezhinsk\tRussia\tAsia\t2019\thttp:\/\/vniitf.ru\/\t\tvniitf@vniitf.ru; abarkhipkina@vniitf.ru\t\t\t\n44.348585\t26.030696\t41\tA\t41A\tINFLPR\tCETAL, configuration #2\t\thttp:\/\/cetal.inflpr.ro\/_files\/_PW\/pictures\/cetal-pw.jpg\t\toperational\t45 TW\t10 - 100 TW\t1.125 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/cetal.inflpr.ro\/newsite\/pw_facility\tNational Institute for Laser, Plasma and Radiation Physics\t44.348585, 26.030696\tBucharest\tRomania\tEurope\t2018\thttp:\/\/www.inflpr.ro\/\tDr. Dan STUTMAN\tdan.stutman@inflpr.ro\t\t\t\n44.348585\t26.030696\t41\tB\t41B\tINFLPR\tTEWALAS system\t\thttp:\/\/ssll.inflpr.ro\/myImages\/tewalas.jpg\t\toperational\t20 TW\t10 - 100 TW\t450 mJ\t.1 - 1 J\t22 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.inflpr.ro\/en\/node\/137\tNational Institute for Laser, Plasma and Radiation Physics\t44.348585, 26.030696\tBucharest\tRomania\tEurope\t2018\thttp:\/\/www.inflpr.ro\/\tDr. Dan STUTMAN\tdan.stutman@inflpr.ro\t\t\t\n44.348585\t26.030696\t41\tC\t41C\tINFLPR\tCETAL, configuration #1\t\thttp:\/\/cetal.inflpr.ro\/_files\/_PW\/pictures\/cetal-pw.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t25 J\t10 - 100 J\t25 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/cetal.inflpr.ro\/newsite\/pw_facility\tNational Institute for Laser, Plasma and Radiation Physics\t44.348585, 26.030696\tBucharest\tRomania\tEurope\t2018\thttp:\/\/www.inflpr.ro\/\tDr. Dan STUTMAN\tdan.stutman@inflpr.ro\t\t\t\n34.803508\t114.321903\t43\tA\t43A\tKQALS\t\t\t\t\tin development\t200 TW\t100 - 1000 TW\t6 J\t1 - 10 J\t30 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tin development from collaboration between Tsinghua University and Kaifeng Qiyuan Advanced Light Source Research Institute\t\tKaifeng\u00a0Qiyuan\u00a0Advanced\u00a0Light\u00a0Source\u00a0Research\u00a0Institute\t34.803508, 114.321903\tKaifeng\tChina\tAsia\t2018\t\tProfessor Jianfei Hua\tjfhua@tsinghua.edu.cn\t\t\t\n35.843902\t-106.286926\t44\tA\t44A\tLANL\tTrident\t\thttps:\/\/upload.wikimedia.org\/wikipedia\/en\/thumb\/f\/f3\/Alfoil.jpg\/300px-Alfoil.jpg\t\tdecommissioned\t200 TW\t100 - 1000 TW\t100 J\t100 - 1000 J\t500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/trident.lanl.gov\/\tLos Alamos National Laboratory, Trident\t35.843902, -106.286926\tLos Alamos\tUSA\tNorth America\t2018\thttps:\/\/www.lanl.gov\tDr. Juan Fernandez\tjuanc@lanl.gov\t\t\t\n54.955377\t43.319559\t45\tA\t45A\tVNIIEF\tFemta-Ray\t\t\t\tdecommissioned\t1 PW\t1000 - 10000 TW\t70 J\t10 - 100 J\t70 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tDKDP\tOPCPA\t\tNot Provided\/Not Recorded\t\tNote from 2011: \"Operational at PW since 2008. This is an opcpa system similar to IAPs system with 50 J and approximately 50 fs. This is pumped with the LUCH 4 beam 3 ns laser which puts out 12 kJ in the IR combined long and short pulse capability.\"                                                                                                                                       Note from 2018: OPCPA\thttp:\/\/www.vniief.ru\/en\/\tRussian Federal Nuclear Center - The All-Russian Research Institute of Experimental Physics (RFNC - VNIIEF)\t54.955377, 43.319559\tSarov\tRussia\tEurope\t2023\thttp:\/\/www.vniief.ru\/en\/\tDr. Alexander Sergeev\tams@ufp.appl.sci-nnov.ru\t\t\t\n54.955377\t43.319559\t45\tB\t45B\tVNIIEF\tISKRA-5\t\t\t\toperational\t100 TW\t100 - 1000 TW\t30 kJ\t10000 J -\t30 ps\t10000 fs -\t\tNot Provided\/Not Recorded\tIodine\tIodine\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/www.vniief.ru\/en\/\tRussian Federal Nuclear Center - The All-Russian Research Institute of Experimental Physics (RFNC - VNIIEF)\t54.955377, 43.319559\tSarov\tRussia\tEurope\t2018\thttp:\/\/www.vniief.ru\/en\/\tDr. Alexander Sergeev\tams@ufp.appl.sci-nnov.ru\t\t\t\n56.477031\t85.049558\t46\tA\t46A\tIHCE\tTHL-100\t\thttps:\/\/ars.els-cdn.com\/content\/image\/1-s2.0-S2468080X16300474-gr11.jpg\t\toperational\t14 TW\t10 - 100 TW\t.7 J\t.1 - 1 J\t50 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tXeF(C-A)\tXeF(C-A)\t475 nm\t300 - 500 nm\t\tchain in Nd:YLF, and 3.8um + 1.6um amplified in independent OPCPA beam\thttp:\/\/www.hcei.tsc.ru\/index_en.html\tInstitute of High Current Electronics \t56.477031, 85.049558\tTomsk\tRussia\tAsia\t2018\thttps:\/\/www.hcei.tsc.ru\/index_en.html\tDr. Leonid Mikheev\tmikheev@sci.lebedev.ru\t\t\t\n56.477031\t85.049558\t46\tB\t46B\tIHCE\tTHL-100\t\thttps:\/\/ars.els-cdn.com\/content\/image\/1-s2.0-S2468080X16300474-gr11.jpg\t\tin development\t50 TW\t10 - 100 TW\t3.2 J\t1 - 10 J\t50 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tXeF(C-A)\tXeF(C-A)\t475 nm\t300 - 500 nm\t\tlines.\thttp:\/\/www.hcei.tsc.ru\/index_en.html\tInstitute of High Current Electronics \t56.477031, 85.049558\tTomsk\tRussia\tAsia\t2018\thttps:\/\/www.hcei.tsc.ru\/index_en.html\tDr. Leonid Mikheev\tmikheev@sci.lebedev.ru\t\t\t\n48.269384\t11.67411\t48\tA\t48A\tCALA\tATLAS-3000 (Advanced Titanium-Sapphire Laser)\t\thttps:\/\/www.cala-laser.de\/uploads\/tx_cala\/ATLAS_Laser_web_02.jpg\t\tin development\t2.5 - 3 PW\t1000 - 10000 TW\t60 J\t10 - 100 J\t20 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttps:\/\/www.cala-laser.de\/en\/instruments\/light-sources.html\tCentre for Advanced Laser Applications (CALA)\t48.269384, 11.67411\tGarching bei M\u00fcnchen\tGermany\tEurope\t2019\thttps:\/\/www.cala-laser.de\tProfessor Dr. Stefan Karsch\tstefan.karsch@physik.uni-muenchen.de\t\t\t\n48.269384\t11.67411\t48\tB\t48B\tCALA\tATLAS-300 (Advanced Titanium-Sapphire Laser)\t\thttps:\/\/www.munich-photonics.de\/uploads\/tx_bwpicofmonth\/ATLAS_Laser_LEX1_klein.jpg\t\toperational\t>200 TW\t100 - 1000 TW\t6 J\t1 - 10 J\t< 30 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttps:\/\/www.munich-photonics.de\/picture-of-the-month\/q\/the-atlas-laser-system\/\tCentre for Advanced Laser Applications (CALA)\t48.269384, 11.67411\tGarching bei M\u00fcnchen\tGermany\tEurope\t2018\thttps:\/\/www.cala-laser.de\tProf. Ferenc Krausz\tklaus.franke@lmu.de\t\t\t\n52.25334\t20.899664\t49\tA\t49A\tIOE\tPULSAR 10\t\thttp:\/\/www.ztl.wat.edu.pl\/zoplzm\/images\/banner5.jpg\t\toperational\t10 TW\t10 - 100 TW\t500 mJ\t.1 - 1 J\t42 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/www.ztl.wat.edu.pl\/zoplzm\/\tZesp\u00f3\u0142 Oddzia\u0142ywania Promieniowania Laserowego z Materi\u0105, Instytut Optoelektroniki, Wojskowa Akademia Techniczna\t52.25334, 20.899664\tWarsaw\tPoland\tEurope\t2018\thttp:\/\/www.ztl.wat.edu.pl\/zoplzm\/\tProfessor Henryk Fiedorowicz\thenryk.fiedorowicz@wat.edu.pl\t\t\t\n19.01551\t72.924723\t50\tA\t50A\tBARC\t\t\t\t\toperational\t208 TW\t100 - 1000 TW\t7.35 J\t1 - 10 J\t24.4 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t806 nm\t700 - 900 nm\t\t\t\tBhabha Atomic Research Centre\t19.01551, 72.924723\tMumbai\tIndia\tAsia\t2019\thttp:\/\/www.barc.gov.in\/\tProfessor G. Ravindra Kumar\tgrktifr@gmail.com\t\t\t\n37.41615\t-122.207677\t51\tA\t51A\tSLAC\tLinac Coherent Light Source (LCLS)\t\thttps:\/\/lcls.slac.stanford.edu\/sites\/lcls.slac.stanford.edu\/files\/styles\/fix_width_1200\/public\/lcls_aerial_labels_edited.jpg?itok=FBuCy6a9\t\toperational\t> 300 GW\t- 1 TW\t~ 3 mJ\t- .01 J\t< 10 fs\t- 10 fs\t120 Hz\t100 - 1000 Hz\tfree electrons\tfree electrons\t.013 - 5 nm\t- 300 nm\t\t\thttps:\/\/lcls.slac.stanford.edu\/\tSLAC National Accelerator Laboratory\t37.41615, -122.207677\tPortola Valley\tUSA\tNorth America\t2019\thttps:\/\/www6.slac.stanford.edu\tProfessor Mike Dunne\tmdunne@slac.stanford.edu\t\t\t\n39.984012\t116.32766\t54\tA\t54A\tIOP\t\t\t\t\toperational\t21 TW\t10 - 100 TW\t640 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t790 nm\t700 - 900 nm\t\t\thttp:\/\/optics.iphy.ac.cn\/Laboratory\/show.asp?id=192\tInstitute of Physics, Chinese Academy of Science, Beijing National Laboratory for Condensed Matter\t39.984012, 116.32766\tBeijing\tChina\tAsia\t2018\thttp:\/\/optics.iphy.ac.cn\/en\/\tDr. Wei Zhiyi\tzywei@iphy.ac.cn\t\t\t\n39.984012\t116.32766\t54\tB\t54B\tIOP\tXtreme Light - III (XL-III)\t\thttp:\/\/in.iphy.ac.cn\/upload\/1605\/201605171416524850.png\t\toperational\t1.16 PW\t1000 - 10000 TW\t32.3 J\t10 - 100 J\t27.9 fs\t10 - 100 fs\tonce per 20 minutes\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/ultralaser.iphy.ac.cn\/research.php?id=20687\tInstitute of Physics, Chinese Academy of Science, Beijing National Laboratory for Condensed Matter\t39.984012, 116.32766\tBeijing\tChina\tAsia\t2018\thttp:\/\/optics.iphy.ac.cn\/en\/\tDr. Wei Zhiyi\tzywei@iphy.ac.cn\t\t\t\n37.415413\t-122.215717\t55\tA\t55A\tSLAC\tUltrashort pulse Ti:sapphire system\t\thttps:\/\/i.ibb.co\/8Y3hQm1\/SLAC-FACET-II-Ti-Sa-image.png\t\tplans\t33 TW\t10 - 100 TW\t1 J\t1 - 10 J\t30 fs\t10 - 100 fs\t120 Hz\t100 - 1000 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tmore information available here, section 3.3.4.1: https:\/\/portal.slac.stanford.edu\/sites\/ard_public\/facet\/Documents\/FACET-II%20Proposal%20v6.pdf\thttps:\/\/facet.slac.stanford.edu\/overview\tFacility for Advanced Accelerator Experimental Tests II (FACET-II), SLAC National Accelerator Laboratory\t37.415413, -122.215717\tPortola Valley\tUSA\tNorth America\t2019\thttps:\/\/www6.slac.stanford.edu\tDr. Christine Clarke\tcclarke@slac.stanford.edu\t\t\t\n37.415413\t-122.215717\t55\tB\t55B\tSLAC\tFACET LASER\t\thttps:\/\/portal.slac.stanford.edu\/sites\/ard_public\/facet\/FACET%20Images\/All%20FACET%20Photos\/Laser\/_w\/2013_204_4679_FACET-LASER_jpg.jpg\t\toperational\t10 TW\t10 - 100 TW\t~ 500 mJ\t.1 - 1 J\t~ 50 fs\t10 - 100 fs\t1 - 10 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/portal.slac.stanford.edu\/sites\/ard_public\/facet\/newnav\/Pages\/tf\/facet\/Laser.aspx\tFacility for Advanced Accelerator Experimental Tests (FACET), SLAC National Accelerator Laboratory\t37.415413, -122.215717\tPortola Valley\tUSA\tNorth America\t2019\thttps:\/\/www6.slac.stanford.edu\tDr. Christine Clarke\tcclarke@slac.stanford.edu\t\t\t\n55.861474\t-4.241457\t56\tA\t56A\tSCAPA\t\t\thttp:\/\/www.scapa.ac.uk\/wp-content\/uploads\/2011\/09\/40TW-lab3_sm.jpg\t\toperational\t40 TW\t10 - 100 TW\t1.4 J\t1 - 10 J\t35 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\t\tNot Provided\/Not Recorded\t800 nm\t700 - 900 nm\t\tdeformable mirror available before compressor\thttp:\/\/www.scapa.ac.uk\/?page_id=103\tScottish Centre for the Application of Plasma-based Accelerators\t55.861474, -4.241457\tGlasgow\tUnited Kingdom\tEurope\t2018\thttp:\/\/www.scapa.ac.uk\tProf. Dino Jaroszynski\td.a.jaroszynski@strath.ac.uk\t\t\t\n55.861474\t-4.241457\t56\tB\t56B\tSCAPA\t\t\thttp:\/\/www.scapa.ac.uk\/wp-content\/uploads\/2011\/09\/350TW-laser-lab_sm.jpg\t\toperational\t350 TW\t100 - 1000 TW\t8.75 J\t1 - 10 J\t25 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\t\tNot Provided\/Not Recorded\t800 nm\t700 - 900 nm\t\t\thttp:\/\/www.scapa.ac.uk\/?page_id=104\tScottish Centre for the Application of Plasma-based Accelerators\t55.861474, -4.241457\tGlasgow\tUnited Kingdom\tEurope\t2018\thttp:\/\/www.scapa.ac.uk\tProf. Dino Jaroszynski\td.a.jaroszynski@strath.ac.uk\t\t\t\n31.378392\t121.236742\t57\tA\t57A\tSIOM\tShenGuang II UP PW\t\thttp:\/\/sglf.net\/Content\/admin\/images\/upload\/facility\/%E5%BE%AE%E4%BF%A1%E6%88%AA%E5%9B%BE_20181030200815.png\t\toperational\t1 PW\t1000 - 10000 TW\t1 kJ\t1000 - 10000 J\t1 - 10 ps\t1000 - 10000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\t\"uses a hybrid technology combining OPCPA and Nd:glass CPA to reduce the pre-pulses and gain narrowing effects\"\thttp:\/\/sglf.siom.ac.cn\/UserFacility\/Details?id=4\tShanghai Institute of Optics and Fine Mechanics, Joint Laboratory on High Power Laser and Physics\t31.378392, 121.236742\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\/\tProfessor Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n31.378392\t121.236742\t57\tB\t57B\tSIOM\t\t\thttp:\/\/english.siom.cas.cn\/Division\/201111\/W020111107338203465389.jpg\t\toperational\t\"Petawatt-level\"\t1000 - 10000 TW\t\tNot Provided\/Not Recorded\t\"femtosecond\"\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/english.siom.cas.cn\/Division\/201111\/t20111107_78141.html\tShanghai Institute of Optics and Fine Mechanics, State Key Laboratory of High Field Laser Physics\t31.378392, 121.236742\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\/\tProfessor Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n31.378392\t121.236742\t57\tC\t57C\tSIOM\t\t\thttp:\/\/sglf.net\/Content\/admin\/images\/upload\/facility\/5PW%E5%8D%87%E7%BA%A7%E5%85%89%E8%B7%AF.png\t\tin development\t5 PW\t1000 - 10000 TW\t150 J\t100 - 1000 J\t30 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t808 nm\t700 - 900 nm\t\t\"SG-II 5 PW facility has been building since 2014 and is designed to provide femtosecond multi-petawatt pulses, employing a three-stage non-collinear optical parametric chirped-pulse amplifier (OPCPA).\"\thttp:\/\/sglf.siom.ac.cn\/UserFacility\/Details?id=5\tShanghai Institute of Optics and Fine Mechanics, 5 PW Facility\t31.378392, 121.236742\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\/\tProfessor Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n31.378392\t121.236742\t57\tD\t57D\tSIOM\t\t\thttp:\/\/english.siom.cas.cn\/Division\/201111\/W020111107338203431695.jpg\t\toperational\t16.7 TW\t10 - 100 TW\t2 J\t1 - 10 J\t120 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tOPCPA\thttp:\/\/english.siom.cas.cn\/Division\/201111\/t20111107_78141.html\tShanghai Institute of Optics and Fine Mechanics, State Key Laboratory of High Field Laser Physics\t31.378392, 121.236742\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\/\tProfessor Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n31.378392\t121.236742\t57\tJ\t57J\tSIOM\t\t\thttp:\/\/sglf.net\/Content\/admin\/images\/upload\/facility\/5PW%E5%8D%87%E7%BA%A7%E5%85%89%E8%B7%AF.png\t\toperational\t1.76 PW\t1000 - 10000 TW\t37 J\t10 - 100 J\t21 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\"SG-II 5 PW facility has been building since 2014 and is designed to provide femtosecond multi-petawatt pulses, employing a three-stage non-collinear optical parametric chirped-pulse amplifier (OPCPA).\"\thttp:\/\/sglf.siom.ac.cn\/UserFacility\/Details?id=5\tShanghai Institute of Optics and Fine Mechanics, 5 PW Facility\t31.378392, 121.236742\tShanghai\tChina\tAsia\t2019\thttp:\/\/english.siom.cas.cn\/\tProfessor Ruxin Li\truxinli@mail.shcnc.ac.cn\t\t\t\n22.663612\t75.791635\t60\tA\t60A\tRRCAT\t\t\t\t\toperational\t150 TW\t100 - 1000 TW\t3.5 J\t1 - 10 J\t23 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\t\tRaja Ramanna Centre for Advanced Technology, Laser Plasma Division, 150 TW Laser Facility\t22.663612, 75.791635\tIndore\tIndia\tAsia\t2019\thttps:\/\/www.rrcat.gov.in\/technology\/laser\/lpd\/index_lps.html\t\"Professor G. Ravindra Kumar; Dr J. A. Chakera   \"\tgrktifr@gmail.com; chakera@rrcat.gov.in \t\t\t\n22.663612\t75.791635\t60\tB\t60B\tRRCAT\t\t\thttp:\/\/www.rrcat.gov.in\/technology\/laser\/lpd\/pictures\/tisa.jpg\t\toperational\t10 TW\t10 - 100 TW\t450 mJ\t.1 - 1 J\t45 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttp:\/\/www.rrcat.gov.in\/technology\/laser\/lpd\/lpl\/prllas.html\tRaja Ramanna Centre for Advanced Technology, Laser Plasma Division, Ti:sapphire Laser Facility\t22.663612, 75.791635\tIndore\tIndia\tAsia\t2019\thttps:\/\/www.rrcat.gov.in\/technology\/laser\/lpd\/index_lps.html\tDr J. A. Chakera\tchakera@rrcat.gov.in\t\t\t\n22.663612\t75.791635\t60\tC\t60C\tRRCAT\t\t\t\t\toperational\t1 PW\t1000 - 10000 TW\t25 J\t10 - 100 J\t25 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t805 nm\t700 - 900 nm\t\twill be operational by end of 2019\t\tRaja Ramanna Centre for Advanced Technology, Laser Plasma Division, PW Laser Facility\t22.663612, 75.791635\tIndore\tIndia\tAsia\t2019\thttps:\/\/www.rrcat.gov.in\/technology\/laser\/lpd\/index_lps.html\tProfessor G. Ravindra Kumar, Dr. Juzer Ali Chakera\tgrktifr@gmail.com, chakera@rrcat.gov.in\t\t\t\n32.112234\t34.806228\t61\tA\t61A\tTAU\t\t\thttp:\/\/www3.tau.ac.il\/neptun\/images\/assafalign2.png\t\toperational\t20 TW\t10 - 100 TW\t500 mJ\t.1 - 1 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\tPS-OPCPA\thttp:\/\/tailus.tau.ac.il\/index.html\tNuclear Photonics at Tel Aviv University (NePTUN), Tel Aviv University\t32.112234, 34.806228\tTel Aviv-Yafo\tIsrael\tAsia\t2019\thttp:\/\/www3.tau.ac.il\/neptun\/\tProf. Ishay Pomerantz\tipom@post.tau.ac.il\u00a0\t\t\t\n51.572675\t-1.315972\t62\tA\t62A\tRAL\tAstra Gemini\t\thttps:\/\/www.clf.stfc.ac.uk\/Gallery\/gemini_laser_area_02.jpg\t\toperational\t.5 PW\t100 - 1000 TW\t15 J\t10 - 100 J\t30 fs\t10 - 100 fs\tonce per 20 seconds\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/The-Astra-Gemini-Facility.aspx\tSTFC Rutherford Appleton Laboratory, Central Laser Facility\t51.572675, -1.315972\tDidcot\tUnited Kingdom\tEurope\t2018\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/home.aspx\tDr. Rajeev Pattathil\trajeev.pattathil@stfc.ac.uk\t\t\t\n51.572675\t-1.315972\t62\tB\t62B\tRAL\tVulcan\t\thttps:\/\/www.clf.stfc.ac.uk\/Gallery\/render.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t500 J at peak power, but capable of up to 2.6 kJ\t100 - 1000 J\t500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/Vulcan.aspx\tSTFC Rutherford Appleton Laboratory, Central Laser Facility\t51.572675, -1.315972\tDidcot\tUnited Kingdom\tEurope\t2018\thttps:\/\/www.clf.stfc.ac.uk\/Pages\/home.aspx\tDr. Ian Musgrave\tian.musgrave@stfc.ac.uk\t\t\t\n38.735324\t-9.138466\t66\tA\t66A\tL2I\t\t\thttps:\/\/www.ipfn.tecnico.ulisboa.pt\/assets\/img\/about-us\/l2i.jpg\t\toperational\t15 TW\t10 - 100 TW\t6 J\t1 - 10 J\t400 fs\t100 - 1000 fs\tmHz range\t- 1 Hz\tTi:Sa\/Nd:Glass\tTi:Sa\/Neodymium\t1053 nm\t900 - 1100 nm\t\tCPA. More info here: https:\/\/www.cambridge.org\/core\/journals\/high-power-laser-science-and-engineering\/article\/ultrashort-pulse-capability-at-the-l2i-high-intensity-laser-facility\/AC8B841C57282134E8AA71784DD95505\/core-reader\thttp:\/\/observatory.rich2020.eu\/rich\/facilities\/view\/220\tLaboratory for Intense Lasers (L2I)\t38.735324, -9.138466\tLisbon\tPortugal\tEurope\t2018\thttp:\/\/xgolp.tecnico.ulisboa.pt\/\t\tipfn@ipfn.tecnico.ulisboa.pt\t\t\t\n48.701654\t2.179847\t67\tA\t67A\tCLUPS\tLASERIX\t\t\t\toperational\t30 TW\t10 - 100 TW\t1.5 J\t1 - 10 J\t50 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.clups.u-psud.fr\/\tLaser Center of the University of Paris - Sud\t48.701654, 2.179847\tSud\tFrance\tEurope\t2018\thttp:\/\/hebergement.universite-paris-saclay.fr\/laserix\/en\/\tDr. Anne Zehnacker-Rentien\tanne.zehnacker-rentien@u-psud.fr\t\t\t\n48.701654\t2.179847\t67\tB\t67B\tCLUPS\tLASERIX\t\t\t\tin development\t800 TW\t100 - 1000 TW\t40 J\t10 - 100 J\t50 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttp:\/\/www.clups.u-psud.fr\/\tLaser Center of the University of Paris - Sud\t48.701654, 2.179847\tSud\tFrance\tEurope\t2018\thttp:\/\/hebergement.universite-paris-saclay.fr\/laserix\/en\/\tDr. Anne Zehnacker-Rentien\tanne.zehnacker-rentien@u-psud.fr\t\t\t\n43.113052\t-77.631471\t68\tA\t68A\tLLE\tOMEGA\t\thttp:\/\/www.lle.rochester.edu\/media\/omega_facility\/omega\/images\/amplifiers\/20_cm_disk_amplifier.jpg\t\toperational\t.5 TW X 60 beams (30 TW total)\t10 - 100 TW\t30 kJ\t10000 J -\t1 ns\t10000 fs -\t1 shot per hour\t- 1 Hz\tNd:Glass\tNeodymium\t351 nm\t300 - 500 nm\t\tinformation from here, Table 1.1-1: http:\/\/www.lle.rochester.edu\/media\/omega_facility\/documentation\/documents\/Vol_1_Ch_1_OpsMan.pdf\thttps:\/\/www.lle.rochester.edu\/index.php\/omega-laser-facility-2\/omega-laser-system\/\tLaboratory for Laser Energetics\t43.113052, -77.631471\tRochester, New York\tUSA\tNorth America\t2018\thttps:\/\/www.lle.rochester.edu\tDr. Mingsheng Wei\tmingsheng@lle.rochester.edu\t\t\t\n43.113052\t-77.631471\t68\tB\t68B\tLLE\tMTW-OPAL\t\thttps:\/\/www.lle.rochester.edu\/wp-content\/uploads\/2019\/01\/LDLannex_20130612_2b.jpg\t\tin development\t.5 PW\t100 - 1000 TW\t7.5 J\t1 - 10 J\t15 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tOPCPA. Expected completion: FY19\/FY20\thttps:\/\/www.lle.rochester.edu\/index.php\/2013\/07\/01\/upgrade-of-the-mtw-laser-facility\/\tLaboratory for Laser Energetics\t43.113052, -77.631471\tRochester, New York\tUSA\tNorth America\t2018\thttps:\/\/www.lle.rochester.edu\tDr. Mingsheng Wei\tmingsheng@lle.rochester.edu\t\t\t\n43.113052\t-77.631471\t68\tC\t68C\tLLE\tEP-OPAL\t\t\t\tplans\t2 x 25 PW (or ~2 PW at 1 shot\/minute)\t10000 TW -\t2 x 500 J\t1000 - 10000 J\t20 fs\t10 - 100 fs\tsingle shot in highest power mode, 1 shot\/minute in ~2 PW mode\t- 1 Hz\tOPCPA\tOPCPA\t810 - 1010 nm\t900 - 1100 nm\t\tRead more here: https:\/\/www.lightourfuture.org\/npi\/media\/npi\/PDFs\/Wei_20190925-US-ELI-Workshop-LLEtalk_v5(FINAL)-(reduced-size).pdf\t\tLaboratory for Laser Energetics\t43.113052, -77.631471\tRochester, New York\tUSA\tNorth America\t2020\thttps:\/\/www.lle.rochester.edu\tDr. Mingsheng Wei\tmingsheng@lle.rochester.edu\t\t\t\n43.113052\t-77.631471\t68\tD\t68D\tLLE\tMulti-Terawatt Laser (MTW)\t\thttps:\/\/www.lle.rochester.edu\/wp-content\/uploads\/2019\/01\/E14576JX.jpg\t\toperational\t30 TW\t10 - 100 TW\t15 J\t10 - 100 J\t.5 ps\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tOPCPA\thttps:\/\/www.lle.rochester.edu\/index.php\/2011\/09\/01\/the-multi-terawatt-laser-at-lle\/\tLaboratory for Laser Energetics\t43.113052, -77.631471\tRochester, New York\tUSA\tNorth America\t2018\thttps:\/\/www.lle.rochester.edu\tDr. Mingsheng Wei\tmingsheng@lle.rochester.edu\t\t\t\n43.113052\t-77.631471\t68\tE\t68E\tLLE\tOMEGA EP\t\thttp:\/\/www.lle.rochester.edu\/media\/omega_facility\/omega_ep\/images\/beamlines\/20071008_12.jpg\t\toperational\t500 TW X 2\t1000 - 10000 TW\t.5 kJ X 2\t1000 - 10000 J\t1 ps\t1000 - 10000 fs\tonce every 1.5 hours\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tCPA. More info here: http:\/\/www.lle.rochester.edu\/media\/omega_facility\/documentation\/documents\/Vol_VII_Chap_01_000.pdf\thttps:\/\/www.lle.rochester.edu\/index.php\/omega-laser-facility-2\/6271-2\/\tLaboratory for Laser Energetics\t43.113052, -77.631471\tRochester, New York\tUSA\tNorth America\t2018\thttps:\/\/www.lle.rochester.edu\tDr. Mingsheng Wei\tmingsheng@lle.rochester.edu\t\t\t\n52.250494\t20.907495\t69\tA\t69A\tIPPLM\tPulsar\t\thttps:\/\/www.researchgate.net\/profile\/J_Badziak\/publication\/282552839\/figure\/fig1\/AS:391366543724548@1470320463240\/The-High-Power-Laser-Laboratory-at-the-Institute-of-Plasma-Physics-and-Laser-Microfusion.png\t\toperational\t10 TW\t10 - 100 TW\t500 mJ\t.1 - 1 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t810 nm\t700 - 900 nm\t\tCPA\thttps:\/\/content.sciendo.com\/view\/journals\/nuka\/60\/2\/article-p245.xml\tInstitute of Plasma Physics and Laser Microfusion, High Power Laser Laboratory\t52.250494, 20.907495\tWarsaw\tPoland\tEurope\t2018\thttps:\/\/www.ifpilm.pl\/en\/about-institute\/about-institute\tDr. Agnieszka Zaras-Szydlowska\tagnieszka.zaras-szydlowska@ipplm.pl\t\t\t\n48.710244\t2.148927\t70\tA\t70A\tAPOLL\tF4\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/synopsisapollon.png\t\toperational\t10 TW\t10 - 100 TW\t250 mJ\t.1 - 1 J\t20 fs\t10 - 100 fs\t1 shot per minute\t- 1 Hz\tTi:Sa\tTi:Sa\t820 nm\t700 - 900 nm\t\t\thttps:\/\/portail.polytechnique.edu\/luli\/en\/cilex-apollon\/apollon\tAPOLLON at Universit\u00e9 Paris Saclay\t48.710244, 2.148927\tSaclay\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine Le Blanc\tcatherine.leblanc@polytechnique.edu\t\t\t\n48.710244\t2.148927\t70\tB\t70B\tAPOLL\tF1\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/synopsisapollon.png\t\tin development\t10 PW\t10000 TW -\t150 J\t100 - 1000 J\t15 fs\t10 - 100 fs\t1 shot per minute\t- 1 Hz\tTi:Sa\tTi:Sa\t820 nm\t700 - 900 nm\t\tAPOLLON\u00a02018=1PW, 2019=4PW, 2020=10PW\thttps:\/\/portail.polytechnique.edu\/luli\/en\/cilex-apollon\/apollon\tAPOLLON at Universit\u00e9 Paris Saclay\t48.710244, 2.148927\tSaclay\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine Le Blanc\tcatherine.leblanc@polytechnique.edu\t\t\t\n48.710244\t2.148927\t70\tC\t70C\tAPOLL\tF2\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/synopsisapollon.png\t\toperational\t1 PW\t1000 - 10000 TW\t15 J\t10 - 100 J\t15 fs\t10 - 100 fs\t1 shot per minute\t- 1 Hz\tTi:Sa\tTi:Sa\t820 nm\t700 - 900 nm\t\tAPOLLON\u00a02018=1PW, 2019=4PW, 2020=10PW\thttps:\/\/portail.polytechnique.edu\/luli\/en\/cilex-apollon\/apollon\tAPOLLON at Universit\u00e9 Paris Saclay\t48.710244, 2.148927\tSaclay\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine Le Blanc\tcatherine.leblanc@polytechnique.edu\t\t\t\n56.323611\t44.022083\t71\tA\t71A\tIAP\tPEARL-10\t\thttp:\/\/www.ipfran.ru\/english\/science\/las_phys\/img\/2.jpg\t\tin development\t5 PW\t1000 - 10000 TW\t150 J\t100 - 1000 J\t30 fs\t10 - 100 fs\t1 pulse per 6 minutes\t- 1 Hz\tDKDP\tOPCPA\t911 nm\t900 - 1100 nm\t\tOPCPA\thttp:\/\/www.ipfran.ru\/english\/science\/las_phys\/gen_lasf2.html\tInstitute of Applied Physics Russian Academy of Science\t56.323611, 44.022083\tNizhny Novgorod\tRussia\tEurope\t2018\thttps:\/\/www.ipfran.ru\/\tDr. Efim Khazanov; Dr. Arkady Gonoskov; Dr. Artem Korzhimanov; Dr. Alexander Sergeev\tkhazanov@appl.sci-nnov.ru; arkady.gonoskov@gmail.com; kav@ufp.appl.sci-nnov.ru; ams@ufp.appl.sci-nnov.ru\t\t\t\n56.323611\t44.022083\t71\tB\t71B\tXCELS\tXCELS\t\thttp:\/\/www.xcels.iapras.ru\/img\/zast.jpg\t\tplans\t200 PW total from 12 channels. Over 15 PW per channel.\t10000 TW -\t400 J per channel, 4800 J total\t1000 - 10000 J\t25 fs\t10 - 100 fs\t1 pulse per several hours\t- 1 Hz\tDKDP\tOPCPA\t910 nm\t900 - 1100 nm\t\tOPCPA\thttp:\/\/www.ipfran.ru\/english\/science\/las_phys\/gen_lasf4.html\tExawatt Center for Extreme Light Studies (XCELS)\t56.323611, 44.022083\tNizhny Novgorod\tRussia\tEurope\t2018\thttps:\/\/www.ipfran.ru\/\tDr. Alexander Sergeev\tams@ufp.appl.sci-nnov.ru\t\t\t\n56.323611\t44.022083\t71\tD\t71D\tIAP\tPEARL\t\thttp:\/\/www.ipfran.ru\/science\/las_phys\/img\/01_las-phys.jpg\t\toperational\t1.5 PW\t1000 - 10000 TW\t15 J\t10 - 100 J\t10 fs\t10 - 100 fs\t1 per 10 minutes\t- 1 Hz\tDKDP\tOPCPA\t~ 910 nm\t900 - 1100 nm\t\tOPCPA system; doi: 10.1017\/hpl.2021.40\thttp:\/\/www.ipfran.ru\/english\/science\/las_phys\/gen_lasf1.html\tInstitute of Applied Physics Russian Academy of Science\t56.323611, 44.022083\tNizhny Novgorod\tRussia\tEurope\t2023\thttps:\/\/www.ipfran.ru\/\tDr. Efim Khazanov; Dr. Arkady Gonoskov; Dr. Artem Korzhimanov; Dr. Alexander Sergeev\tkhazanov@appl.sci-nnov.ru; arkady.gonoskov@gmail.com; kav@ufp.appl.sci-nnov.ru; ams@ufp.appl.sci-nnov.ru\t\t\t\n40.007433\t-105.268476\t72\tA\t72A\tCUB\t\t\thttps:\/\/www.colorado.edu\/center\/cips\/sites\/default\/files\/styles\/small\/public\/page\/pic2plasmaandbeams.png?itok=aQduqZoI\t\toperational\t10 TW\t10 - 100 TW\t500 mJ\t.1 - 1 J\t50 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttps:\/\/www.colorado.edu\/center\/cips\/research\/plasma-and-beams\tLitos Lab, University of Colorado Boulder\t40.007433, -105.268476\tBoulder\tUSA\tNorth America\t2019\thttps:\/\/www.colorado.edu\/center\/cips\/research\/plasma-and-beams\tProfessor Michael Litos\tMichael.litos@colorado.edu\t\t\t\n54.846833\t83.114315\t73\tA\t73A\tILP\t\t\thttp:\/\/www.laser.nsc.ru\/wp-content\/uploads\/2015\/07\/img3.jpg\t\toperational\t10 TW\t10 - 100 TW\t\tNot Provided\/Not Recorded\t15 - 40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tBBO\/LBO\tOPCPA\t830 nm\t700 - 900 nm\t\tparametric amplificaiton\thttp:\/\/www.laser.nsc.ru\/tsentr-kollektivnogo-polzovaniya\/\tFemtosecond Laser Complex, Institute of Laser Physics, Russian Academy of Sciences\t54.846833, 83.114315\tNovosibirsk\tRussia\tAsia\t2019\thttp:\/\/www.laser.nsc.ru\/\tProfessor Bagaev Sergey Nikolaevich\tbagayev@laser.nsc.ru\t\t\t\n37.417797\t-122.194149\t74\tA\t74A\tSLAC\t\t\thttps:\/\/lcls.slac.stanford.edu\/sites\/lcls.slac.stanford.edu\/files\/styles\/fix_width_900\/public\/mec_sp_laser_1.png?itok=GXd2TgEx\t\toperational\t25 TW\t10 - 100 TW\t1 J\t1 - 10 J\t40 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/lcls.slac.stanford.edu\/instruments\/mec\/laser-characteristics\tMECI Matter in Extreme Conditions Instrument of LCLS, SLAC National Accelerator Laboratory\t37.417797, -122.194149\tPortola Valley\tUSA\tNorth America\t2018\thttps:\/\/lcls.slac.stanford.edu\/instruments\/mec\tMichael Greenberg\tgrember@slac.stanford.edu\t\t\t\n37.417797\t-122.194149\t74\tB\t74B\tSLAC\tMEC Upgrade\t\t\t\tin development\t1 PW\t1000 - 10000 TW\t150 J\t100 - 1000 J\t150 fs\t100 - 1000 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/lcls.slac.stanford.edu\/instruments\/mec\tMECI Matter in Extreme Conditions Instrument of LCLS, SLAC National Accelerator Laboratory\t37.417797, -122.194149\tPortola Valley\tUSA\tNorth America\t2020\thttps:\/\/lcls.slac.stanford.edu\/instruments\/mec\tMichael Greenberg\tgrember@slac.stanford.edu\t\t\t\n34.802076\t135.455148\t75\tA\t75A\tPhoPs\tLALAH (LAser-driven Linear Accelerator for High-energy)\t\t\t\toperational\t40 TW X 2\t10 - 100 TW\t1.2 J\t1 - 10 J\t30 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\t\tPhoton Pioneers Center, Osaka University\t34.802076, 135.455148\tOsaka\tJapan\tAsia\t2019\t\tDr. Tomonao Hosokai\thosokai@spring8.or.jp\t\t\t\n38.823462\t-77.022781\t77\tA\t77A\tNRL\tNike KrF laser\t\thttps:\/\/www.nrl.navy.mil\/ppd\/sites\/www.nrl.navy.mil.ppd\/files\/images\/nike1.gif\t\toperational\t4 TW\t1 - 10 TW\t3 kJ\t1000 - 10000 J\t300 ps\t10000 fs -\t\tNot Provided\/Not Recorded\tKrF\tKrF\t248 nm\t- 300 nm\tNot Provided\/Not Recorded\t\thttps:\/\/www.nrl.navy.mil\/ppd\/gallery\tNaval Research Laboratory, Plasma Physics Division\t38.823462, -77.022781\tWashington, D.C.\tUSA\tNorth America\t2019\thttps:\/\/www.nrl.navy.mil\/ppd\/\tDr. Steve Obenschain; Dr. David Kehne\tsteve.obenschain@nrl.navy.mil; david.kehne@nrl.navy.mil\t\t\t\n38.823462\t-77.022781\t77\tB\t77B\tNRL\tTable top terawatt Nd-glass laser (T3)\t\thttps:\/\/www.nrl.navy.mil\/ppd\/sites\/www.nrl.navy.mil.ppd\/files\/images\/t3laser.gif\t\tdecommissioned\t10 TW\t10 - 100 TW\t5 J\t1 - 10 J\t500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1.05 um\t900 - 1100 nm\t1e19 W\/cm^2\t\thttps:\/\/www.nrl.navy.mil\/ppd\/branches\/6790\tNaval Research Laboratory, Plasma Physics Division\t38.823462, -77.022781\tWashington, D.C.\tUSA\tNorth America\t2019\thttps:\/\/www.nrl.navy.mil\/ppd\/\tDr. Thomas Mehlhorn\ttom.mehlhorn@nrl.navy.mil\t\t\t\n38.823462\t-77.022781\t77\tD\t77D\tNRL\tMATRIX\t\thttps:\/\/i.ibb.co\/zX4nWKZ\/P1000396.jpg\t\toperational\t50 TW\t10 - 100 TW\t2 J\t1 - 10 J\t40 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t4e20 W\/cm^2\t\thttps:\/\/www.nrl.navy.mil\/ppd\/\tNaval Research Laboratory, Plasma Physics Division, Directed Energy Physics Branch\t38.823462, -77.022781\tWashington, D.C.\tUSA\tNorth America\t2019\thttps:\/\/www.nrl.navy.mil\/ppd\/\tDr. Joe Penana; Dr. Dan Gordon\tjoseph.penano@nrl.navy.mil; daniel.gordon@nrl.navy.mil\t\t\t\n31.908195\t34.812281\t79\tA\t79A\tWIS\t\t\t\t\toperational\t2 X 100 TW\t100 - 1000 TW\t2 X 3 J\t1 - 10 J\t25 - 30 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/www.weizmann.ac.il\/complex\/malka\/research-activities\/schwartzreisman-intense-laser-physics-lab\tSchwartz\/ Reisman Laboratory for Intense Laser Physics, Weizman Institute of Science\t31.908195, 34.812281\tRehovot\tIsrael\tAsia\t2019\thttps:\/\/www.weizmann.ac.il\/complex\/malka\/\tProf. Victor Malka\tvictor.malka@weizmann.ac.il\t\t\t\n34.820356\t135.523409\t81\tA\t81A\tILE-j\tGekko XII\t\thttp:\/\/www.ile.osaka-u.ac.jp\/jp\/overview\/facilities\/images\/gxii001.jpg\t\toperational\t50 TW X 12 beams\t100 - 1000 TW\t24 kJ\t10000 J -\t100 ps to 10 ns\t10000 fs -\tonce per 1.5 hours\t- 1 Hz\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\tCPA\thttp:\/\/www.ile.osaka-u.ac.jp\/jp\/overview\/facilities\/gxii.html\tInstitute for Laser Engineering, Osaka University\t34.820356, 135.523409\tOsaka\tJapan\tAsia\t2018\thttps:\/\/www.ile.osaka-u.ac.jp\/eng\/index.html\tProfessor Yamamoto Kazuhisa\t\t\t\t\n34.820356\t135.523409\t81\tB\t81B\tILE-j\tLFEX\t\t\t\toperational\t2 PW X 4\t1000 - 10000 TW\t10 kJ\t10000 J -\t1 ps - 20 ps\t1000 - 10000 fs\t3-4 shots per day\t- 1 Hz\t\tNot Provided\/Not Recorded\t1050 nm\t900 - 1100 nm\t\t\thttp:\/\/www.ile.osaka-u.ac.jp\/en\/index.html\tInstitute for Laser Engineering, Osaka University\t34.820356, 135.523409\tOsaka\tJapan\tAsia\t2018\thttps:\/\/www.ile.osaka-u.ac.jp\/eng\/index.html\tDr. Junji Kawanaka; Dr. Yoshiki Nakata; Prof. Hiroshi  Azechi; Prof. Masakatsu Murakami\tkawanaka@ile.osaka-u.ac.jp; nakata-y@ile.osaka-u.ac.jp; azechi@ile.osaka-u.ac.jp; murakami-m@ile.osaka-u.ac.jp\t\t\t\n40.350845\t-74.650637\t82\tA\t82A\tPU\t\t\thttps:\/\/scholar.princeton.edu\/sites\/default\/files\/styles\/os_slideshow_16%3A9_820\/public\/light\/files\/compressed.jpg?m=1511558437&itok=U1JffUjd\t\toperational\t20 TW\t10 - 100 TW\t500 mJ\t.1 - 1 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttps:\/\/scholar.princeton.edu\/light\tExtreme Light-Matter Interactions Laboratory at Princeton University\t40.350845, -74.650637\tPrinceton\tUSA\tNorth America\t2018\thttps:\/\/scholar.princeton.edu\/light\tProfessor Julia M. Mikhailova\tj.mikhailova@princeton.edu\t\t\t\n40.818116\t-96.706655\t84\tA\t84A\tUNeb\tDiocles\t\thttps:\/\/www.unl.edu\/diocles\/images\/diocles.jpg\t\toperational\t100 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t50 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttp:\/\/www.unl.edu\/diocles\/\tUniversity of Nebraska - Lincoln, Extreme Light Laboratory\t40.818116, -96.706655\tLincoln\tUSA\tNorth America\t2018\thttps:\/\/www.unl.edu\/diocles\/\tProf. Donald Unstadter\tdpu@hfsserve.unl.edu\t\t\t\n54.583683\t-5.93516\t85\tA\t85A\tQUB\tTARANIS-X\t\thttp:\/\/www.qub.ac.uk\/research-centres\/media\/Media,887187,smxx.jpg\t\tin development\t330 TW\t100 - 1000 TW\t3 J\t1 - 10 J\t9 fs\t- 10 fs\t1 shot\/5 minutes\t- 1 Hz\tLBO\tOPCPA\t850 nm\t700 - 900 nm\t\tupgrade to TARANIS\thttp:\/\/www.qub.ac.uk\/research-centres\/CentreforPlasmaPhysics\/ProjectsFacilities\/TARANIS-X\/\tQueen's University Belfast, Centre for Plasma Physics\t54.583683, -5.93516\tBelfast\tUnited Kingdom\tEurope\t2018\thttps:\/\/www.qub.ac.uk\/research-centres\/CentreforPlasmaPhysics\/\tProfessor Matt Zepf\tm.zepf@qub.ac.uk\t\t\t\n51.058305\t13.948627\t86\tA\t86A\tHZDR\tDRACO (Dresden laser acceleration source), 1 PW beamline\t\thttps:\/\/slideplayer.com\/slide\/1333709\/3\/images\/2\/The+DRACO+laser+facility.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t45 J\t10 - 100 J\t30 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tBased on the Pulsar system of Amplitude Technologies. Detailed information here: https:\/\/www.hzdr.de\/db\/Cms?pNid=2096.\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=2097\tHelmholtz Zentrum Dresden- Rossendorf\t51.058305, 13.948627\tDresden\tGermany\tEurope\t2018\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=0\tProf. Ulrich Schramm\tu.schramm@fzd.de\t\t\t\n51.058305\t13.948627\t86\tB\t86B\tHZDR\tDRACO (Dresden laser acceleration source), 150 TW beamline\t\thttps:\/\/slideplayer.com\/slide\/1333709\/3\/images\/2\/The+DRACO+laser+facility.jpg\t\toperational\t150 TW\t100 - 1000 TW\t6 J\t1 - 10 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tBased on the Pulsar system of Amplitude Technologies. Detailed information here: https:\/\/www.hzdr.de\/db\/Cms?pNid=2096.\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=2096\tHelmholtz Zentrum Dresden- Rossendorf\t51.058305, 13.948627\tDresden\tGermany\tEurope\t2018\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=1\tProf. Ulrich Schramm\tu.schramm@fzd.de\t\t\t\n51.058305\t13.948627\t86\tC\t86C\tHZDR\tPENELOPE (Petawatt ENergy-Efficient Laser for Optical Plasma Experiments)\t\thttps:\/\/www.hzdr.de\/db\/Pic?pOid=51903\t\toperational\t1 PW\t1000 - 10000 TW\t150 J\t100 - 1000 J\t150 fs\t100 - 1000 fs\t1 Hz\t1 - 10 Hz\tYb3+:CaF2\tYtterbium\t1035 nm\t900 - 1100 nm\t\tDetailed information available here: https:\/\/www.hzdr.de\/db\/Cms?pNid=2098.\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=2098\tHelmholtz Zentrum Dresden- Rossendorf\t51.058305, 13.948627\tDresden\tGermany\tEurope\t2018\thttps:\/\/www.hzdr.de\/db\/Cms?pNid=2\tPEnELOPE Team\tpenelope@hzdr.de\t\t\t\n42.28953\t-83.715241\t87\tA\t87A\tUMich\tT-cubed\t\thttps:\/\/cuos.engin.umich.edu\/wp-content\/uploads\/sites\/49\/2013\/08\/T-cubed_schematic_with-plasma-mirror1-1000x738.png\t\toperational\t20 TW\t10 - 100 TW\t8 J\t1 - 10 J\t400 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tTi:Sa\/Nd:Glass\tTi:Sa\/Neodymium\t1053 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/cuos.engin.umich.edu\/researchgroups\/hfs\/facilities\/tcubed\/\tUniversity of Michigan, Center for Ultrafast Optical Science (CUOS), High Field Science (HFS)\t42.28953, -83.715241\tAnn Arbor\tUSA\tNorth America\t2018\thttps:\/\/cuos.engin.umich.edu\/\tProfessor Karl Krushelnick\tkmkr@umich.edu\t\t\t\n42.28953\t-83.715241\t87\tB\t87B\tUMich\tZEUS\t\thttps:\/\/zeus.engin.umich.edu\/wp-content\/uploads\/sites\/466\/2019\/11\/ZEUS-laser.png\t\tin development\t3 PW\t1000 - 10000 TW\t80 J\t10 - 100 J\t25 fs\t10 - 100 fs\t1 shot\/minute\t- 1 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t10^23 W\/cm^2\t\thttps:\/\/zeus.engin.umich.edu\/\tUniversity of Michigan, Center for Ultrafast Optical Science (CUOS), High Field Science (HFS), Zettawatt-Equivalent Ultrashort Pulse Laser System (ZEUS)\t42.28953, -83.715241\tAnn Arbor\tUSA\tNorth America\t2020\thttps:\/\/zeus.engin.umich.edu\t\tcuos@eecs.umich.edu\t\t\t\n42.28953\t-83.715241\t87\tC\t87C\tUMich\tHercules\t\thttps:\/\/cuos.engin.umich.edu\/wp-content\/uploads\/sites\/49\/2013\/08\/Figure4_Hercules_PW_compressor.jpg\t\tin development\t500 TW\t100 - 1000 TW\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\tCPA\thttps:\/\/cuos.engin.umich.edu\/researchgroups\/hfs\/facilities\/hercules-petawatt-laser\/\tUniversity of Michigan, Center for Ultrafast Optical Science (CUOS), High Field Science (HFS)\t42.28953, -83.715241\tAnn Arbor\tUSA\tNorth America\t2018\thttps:\/\/cuos.engin.umich.edu\/\tProfessor Karl Krushelnick\tkmkr@umich.edu\t\t\t\n42.28953\t-83.715241\t87\tD\t87D\tUMich\tHercules\t\thttps:\/\/cuos.engin.umich.edu\/wp-content\/uploads\/sites\/49\/2013\/08\/Figure4_Hercules_PW_compressor.jpg\t\toperational\t300 TW\t100 - 1000 TW\t9 J\t1 - 10 J\t30 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\tCPA\thttps:\/\/cuos.engin.umich.edu\/researchgroups\/hfs\/facilities\/hercules-petawatt-laser\/\tUniversity of Michigan, Center for Ultrafast Optical Science (CUOS), High Field Science (HFS)\t42.28953, -83.715241\tAnn Arbor\tUSA\tNorth America\t2018\thttps:\/\/cuos.engin.umich.edu\/\tProfessor Karl Krushelnick\tkmkr@umich.edu\t\t\t\n40.99516\t-5.720231\t88\tA\t88A\tCLPU\tVEGA 2\t\thttps:\/\/www.clpu.es\/sites\/default\/files\/VEGASystem.jpg\t\toperational\t200 TW\t100 - 1000 TW\t6 J\t1 - 10 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttps:\/\/www.clpu.es\/en\/VEGA_Introduction\tCentro de Laseres Pulsados (Pulsed Laser Center)\t40.99516, -5.720231\tSalamanca\tSpain\tEurope\t2018\thttps:\/\/www.clpu.es\/en\tDr. Luis Roso Franco\troso@clpu.es\t\t\t\n40.99516\t-5.720231\t88\tB\t88B\tCLPU\tVEGA 1\t\thttps:\/\/www.clpu.es\/sites\/default\/files\/VEGASystem.jpg\t\toperational\t20 TW\t10 - 100 TW\t600 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttps:\/\/www.clpu.es\/en\/VEGA_Introduction\tCentro de Laseres Pulsados (Pulsed Laser Center)\t40.99516, -5.720231\tSalamanca\tSpain\tEurope\t2018\thttps:\/\/www.clpu.es\/en\tDr. Luis Roso Franco\troso@clpu.es\t\t\t\n40.99516\t-5.720231\t88\tC\t88C\tCLPU\tVEGA 3\t\thttps:\/\/www.clpu.es\/sites\/default\/files\/VEGASystem.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t30 J\t10 - 100 J\t30 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttps:\/\/www.clpu.es\/en\/VEGA_Introduction\tCentro de Laseres Pulsados (Pulsed Laser Center)\t40.99516, -5.720231\tSalamanca\tSpain\tEurope\t2018\thttps:\/\/www.clpu.es\/en\tDr. Luis Roso Franco\troso@clpu.es\t\t\t\n48.269273\t11.674046\t89\tA\t89A\tCALA\tPetawatt Field Synthesizer (PSF-pro)\t\thttps:\/\/www.cala-laser.de\/uploads\/tx_cala\/CSM_Ueffing_LEX_web_01.jpg\t\tin development\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/www.cala-laser.de\/en\/instruments\/light-sources.html\tCentre for Advanced Laser Applications (CALA)\t48.269273, 11.674046\tGarching bei M\u00fcnchen\tGermany\tEurope\t2019\thttps:\/\/www.cala-laser.de\tDr. Thomas Nubbemeyer\tthomas.nubbemeyer@physik.uni-muenchen.de\t\t\t\n44.657844\t-0.807441\t90\tA\t90A\tCESTA\tLaser Mega-Joule (LMJ)\t\thttp:\/\/www-lmj.cea.fr\/en\/lmj\/images\/LM-13-CEA.jpg\t\toperational\t400 TW (from 176 beams)\t100 - 1000 TW\t1.5 MJ\t10000 J -\t.3 to 25 ns\t10000 fs -\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t351 nm\t300 - 500 nm\t\tmore info here: http:\/\/iopscience.iop.org\/article\/10.1088\/1742-6596\/688\/1\/012067\/pdf\thttp:\/\/www-lmj.cea.fr\/index.html\tCEA le Commissariat \u00e0 l\u2019\u00e9nergie atomique, le centre d'Etudes Scientifiques et Techniques d'Aquitaine\t44.657844, -0.807441\tLe Barp\tFrance\tEurope\t2018\thttp:\/\/www-dam.cea.fr\/cesta\/\tDr. J-L Miquel\tjean-luc.miquel@cea.fr\t\t\t\n44.657844\t-0.807441\t90\tB\t90B\tCESTA\tPETAL (Petawatt Aquitaine Laser)\t\thttps:\/\/ars.els-cdn.com\/content\/image\/1-s2.0-S1574181814000871-gr7.jpg\t\toperational\t1.15 PW\t1000 - 10000 TW\t< 1 kJ\t100 - 1000 J\t500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tOPCPA. more info here: https:\/\/www.cpht.polytechnique.fr\/sites\/default\/files\/exposes_invites_abstracts.pdf\thttp:\/\/www-lmj.cea.fr\/lmj-applications-civiles.html\tCEA le Commissariat \u00e0 l\u2019\u00e9nergie atomique, le centre d'Etudes Scientifiques et Techniques d'Aquitaine\t44.657844, -0.807441\tLe Barp\tFrance\tEurope\t2018\thttp:\/\/www-dam.cea.fr\/cesta\/\tDr. J-L Miquel\tjean-luc.miquel@cea.fr\t\t\t\n31.503202\t104.759561\t91\tA\t91A\tLFRC\tShenGuang-III picosecond beam\t\thttp:\/\/iopscience.iop.org\/1612-202X\/15\/1\/015301\/downloadHRFigure\/figure\/lplaa94e9f02\t\toperational\t771 TW\t100 - 1000 TW\t370.2 J\t100 - 1000 J\t480 fs\t100 - 1000 fs\tonce per 2 hours\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tpicosend beam\thttp:\/\/iopscience.iop.org\/article\/10.1088\/1612-202X\/aa94e9#lplaa94e9s6\tLaser Fusion Research Center at the China Academy of Engineering Physics, ShenGuang-III Laser Facility\t31.503202, 104.759561\tMianyang\tChina\tAsia\t2018\thttps:\/\/www.caep.ac.cn\/\tDr. Kainan Zhou\tzhoukainan@caep.cn\t\t\t\n31.503202\t104.759561\t91\tB\t91B\tLFRC\tShenGuang-III femtosecond beam\t\thttp:\/\/iopscience.iop.org\/1612-202X\/15\/1\/015301\/downloadHRFigure\/figure\/lplaa94e9f01\t\toperational\t750 TW\t100 - 1000 TW\t20.1 J\t10 - 100 J\t26.8 fs\t10 - 100 fs\tonce per 20 minutes\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tfemtosecond beam based on SILEX\thttp:\/\/iopscience.iop.org\/article\/10.1088\/1612-202X\/aa94e9#lplaa94e9s5\tLaser Fusion Research Center at the China Academy of Engineering Physics, ShenGuang-III Laser Facility\t31.503202, 104.759561\tMianyang\tChina\tAsia\t2018\thttps:\/\/www.caep.ac.cn\/\tDr. Kainan Zhou\tzhoukainan@caep.cn\t\t\t\n31.503202\t104.759561\t91\tC\t91C\tCAEP\t\t\thttp:\/\/imagebank.osa.org\/getImage.xqy?img=Lm1lZGl1bSxvbC00Mi0xMC0yMDE0LWcwMDE\t\toperational\t4.9 PW\t1000 - 10000 TW\t91.1 J\t10 - 100 J\t18.6 fs\t10 - 100 fs\tonce per 2 hours\t- 1 Hz\tLBO\tOPCPA\t800 nm\t700 - 900 nm\t\t\thttps:\/\/www.osapublishing.org\/DirectPDFAccess\/E90AA62B-B73A-675A-7531CC77FD34C700_366565\/ol-42-10-2014.pdf?da=1&id=366565&seq=0&mobile=no\tChinese Academy of Engineering Physics - Petawatt Laser Facility\t31.503202, 104.759561\tMianyang\tChina\tAsia\t2019\thttps:\/\/www.caep.ac.cn\/\tDr. Yanlei Zuo\tzuoyanlei@tsinghua.org.cn\t\t\t\n31.022456\t121.429141\t92\tA\t92A\tSJTU\t200 TW high power Ti:Sapphire femtosecond laser system\t\thttp:\/\/llp.sjtu.edu.cn\/userfiles\/image\/200TW.png\t\toperational\t200 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/llp.sjtu.edu.cn\/facilities\/Ultrafast-and-Ultraintense-Lasers.php\tLaboratory for Laser Plasmas, Shanghai Jiao Tong University\t31.022456, 121.429141\tShanghai\tChina\tAsia\t2019\thttp:\/\/llp.sjtu.edu.cn\/overview\/introduction.php\tProf. Zhengming Sheng\tzmsheng@sjtu.edu.cn\t\t\t\n51.365871\t-1.152619\t95\tA\t95A\tAWE\tOrion\t\thttps:\/\/www.awe.co.uk\/app\/uploads\/2014\/07\/31682-02-UNC-752x400.jpg\t\toperational\t1 PW X 2\t1000 - 10000 TW\t.5 kJ\t100 - 1000 J\t500 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/awe.co.uk\/what-we-do\/nuclear-warheads-lifecycle\/science\/understanding-plasma-physics\/orion\/\tAtomic Weapons Establishment, Orion Laser Facility\t51.365871, -1.152619\tAldermaston\tUnited Kingdom\tEurope\t2018\thttps:\/\/awe.co.uk\tDr. David Hillier; Dr. Nick Hopps\tdavid.hillier@awe.co.uk; nick.hopps@awe.co.uk\t\t\t\n35.227786\t126.845283\t96\tA\t96A\tAPRI\tPULSER I\t\thttps:\/\/apri.gist.ac.kr\/modules\/ver1\/en\/images\/menu02\/p0101_b.jpg\t\toperational\t1 PW\t1000 - 10000 TW\t30 J\t10 - 100 J\t30 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tCPA\thttps:\/\/apri.gist.ac.kr\/en\/page\/menu02\/page0102.php\tAdvanced Photon Research Institute at the Gwangju Institute of Science and Technology\t35.227786, 126.845283\tGwangju\tSouth Korea\tAsia\t2019\thttps:\/\/apri.gist.ac.kr\/en\/\tProfessor Seong Ku Lee\t\t\t\t\n50.934457\t11.580492\t97\tA\t97A\tFSUJ\tJETI200\t\thttps:\/\/www.hi-jena.de\/files_tmpimages\/16418-0-800x500-0-50-50.jpg\t\toperational\t200 TW\t100 - 1000 TW\t4 J\t1 - 10 J\t17 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tdouble CPA amplification scheme\thttps:\/\/www.hi-jena.de\/en\/helmholtz_institute_jena\/about-the-helmholtz-institute-jena\/experimental_facilities\/local\/jeti200-laser-kopie\/\tFriedrich Schiller Universit\u00e4t Jena\t50.934457, 11.580492\tJena\tGermany\tEurope\t2018\thttps:\/\/www.hi-jena.de\/en\/\tDr. Marco Hornung; Dr. Joachim Hein; Prof. Dr. Malte C. Kaluza\tmarco.hornung@uni-jena.de; joachim.hein@uni-jena.de; malte.kaluza@uni-jena.de\t\t\t\n50.934457\t11.580492\t97\tB\t97B\tFSUJ\tJETI40\t\thttps:\/\/www.hi-jena.de\/files_tmpimages\/13250-0-800x500-0-50-50.jpg\t\toperational\t40 TW\t10 - 100 TW\t1.5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttps:\/\/www.hi-jena.de\/en\/helmholtz_institute_jena\/about-the-helmholtz-institute-jena\/experimental_facilities\/local\/jeti40-laser\/\tFriedrich Schiller Universit\u00e4t Jena\t50.934457, 11.580492\tJena\tGermany\tEurope\t2018\thttps:\/\/www.hi-jena.de\/en\/\tDr. Marco Hornung; Dr. Joachim Hein; Prof. Dr. Malte C. Kaluza\tmarco.hornung@uni-jena.de; joachim.hein@uni-jena.de; malte.kaluza@uni-jena.de\t\t\t\n50.934457\t11.580492\t97\tC\t97C\tFSUJ\tPOLARIS\t\thttps:\/\/www.hi-jena.de\/files_tmpimages\/16318-0-800x500-0-50-50.jpg\t\toperational\t200 TW\t100 - 1000 TW\t> 17 J\t10 - 100 J\t< 100 fs\t10 - 100 fs\t1\/50 Hz\t- 1 Hz\tYb-doped fluoride phosphate glass and CaF2\tYtterbium\t1030\u00a0nm\t900 - 1100 nm\t\tCPA\thttps:\/\/www.hi-jena.de\/en\/helmholtz_institute_jena\/about-the-helmholtz-institute-jena\/experimental_facilities\/local\/polaris\/\tFriedrich Schiller Universit\u00e4t Jena\t50.934457, 11.580492\tJena\tGermany\tEurope\t2018\thttps:\/\/www.hi-jena.de\/en\/\tDr. Marco Hornung; Dr. Joachim Hein; Prof. Dr. Malte C. Kaluza\tmarco.hornung@uni-jena.de; joachim.hein@uni-jena.de; malte.kaluza@uni-jena.de\t\t\t\n35.226443\t126.840067\t99\tB\t99B\tCoReLS\t\tHighest Peak Intensity\thttps:\/\/corels.ibs.re.kr\/Upl\/corels_en\/_main_swap\/thm_corels_en_main_swap_0_1604968248.jpg\t\toperational\t4.2 PW\t1000 - 10000 TW\t83 J\t10 - 100 J\t19.6 fs\t10 - 100 fs\t.1 Hz\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t900 - 1100 nm\t1.1E23 W\/cm^2\tPublication on record peak intensity: https:\/\/www.osapublishing.org\/optica\/fulltext.cfm?uri=optica-8-5-630&id=450828\thttps:\/\/corels.ibs.re.kr\/html\/corels_en\/research\/research_0301.html\tCenter for Relativistic Laser Science, Institute for Basic Science\t35.226443, 126.840067\tGwangju\tSouth Korea\tAsia\t2021\thttps:\/\/corels.ibs.re.kr\/html\/corels_en\/\tProf. Chang Hee Nam; Dr. Seong Ku Lee\tchnam@gist.ac.kr; lsk@gist.ac.kr\t\t\t\n53.578888\t9.884886\t100\tA\t100A\tLUX\tANGUS\t\thttps:\/\/images.squarespace-cdn.com\/content\/v1\/56ebbc46746fb9377676109c\/1461853885406-XKQ3UQA4T4DX3LQ71HPF\/ke17ZwdGBToddI8pDm48kFTmdnhdIOl0O4wVNMP34R57gQa3H78H3Y0txjaiv_0f6UX3RgdZZlafTdQWDw8WLFuj6DD1CwvCNZ7MeN8JDjx8NcagjFFsb_fkqz8_IBokZGjoBKy3azqku80C789l0iy8Rj2bPXFyaluz0PeKicOwMtneNDRA6Ah7Pkm1L0X6BPiM8asujXD2Y8jP21XAUw\/LaserLab.png?format=300w\t\toperational\t200 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/lux.cfel.de\/researchtopics#research\tLaser-Plasma Driven Light Sources (LUX), Center for Free-Electron Laser Science, Hamburg University\t53.578888, 9.884886\tHamburg\tGermany\tEurope\t2019\thttp:\/\/lux.cfel.de\tProfessor Andreas Maier\tandreas.maier@desy.de\t\t\t\n49.962242\t14.454653\t101\tA\t101A\tELI-Cz\tLaser 4 Aton\t\thttps:\/\/www.eli-beams.eu\/wp-content\/uploads\/2017\/11\/L4_October2015_4K.jpg.1134x756_q85.jpg\t\tin development\t10 PW\t10000 TW -\t> 1800 J\t1000 - 10000 J\t< 150 fs\t100 - 1000 fs\t1 shot per minute\t- 1 Hz\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\t(Dr. Georg Korn, May 2019) Special liquid cooling of the Nd:Glass amplifier cassettes allows for the 1 shot\/minute rep rate. Has demonstrated 1.2 kJ in the chirped pulse mode with an OPCPA front-end. Compressor parts on the way. Will be operational in 2020.\thttps:\/\/www.eli-beams.eu\/en\/facility\/lasers\/laser-4-10-pw-2-kj\/\tExtreme Light Infrastructure- Czechia (ELI Beamlines)\t49.962242, 14.454653\tDoln\u00ed B\u0159e\u017eany\tCzechia\tEurope\t2019\thttps:\/\/www.eli-beams.eu\tDr. Daniel Kramer, Dr. Georg Korn\tdaniel.kramer@eli-beams.eu, Georg.Korn@eli-beams.eu\t\t\t\n49.962242\t14.454653\t101\tB\t101B\tELI-Cz\tLaser 2 Amos (stage 1 of construction)\t\thttps:\/\/www.eli-beams.eu\/wp-content\/uploads\/2017\/11\/L2_October2015_4K.jpg.1134x756_q85.jpg\t\tin development\t> 133 TW\t100 - 1000 TW\t2 J\t1 - 10 J\t< 15 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\t\tNot Provided\/Not Recorded\t830 - 850 nm\t700 - 900 nm\t\tOPCPA\thttps:\/\/www.eli-beams.eu\/en\/facility\/lasers\/laser-2-1-pw-20-j-10-hz\/\tExtreme Light Infrastructure- Czechia (ELI Beamlines)\t49.962242, 14.454653\tDoln\u00ed B\u0159e\u017eany\tCzechia\tEurope\t2019\thttps:\/\/www.eli-beams.eu\tDr. Bed\u0159ich Rus, Dr. Martin Fibrich, Dr. Pavel Bakule, Dr. Georg Korn\tbedrich.rus@eli-beams.eu, martin.fibrich@eli-beams.eu, pavel.bakule@eli-beams.eu, Georg.Korn@eli-beams.eu\t\t\t\n49.962242\t14.454653\t101\tC\t101C\tELI-Cz\tLaser 2 Amos (stage 2 of construction)\t\thttps:\/\/www.eli-beams.eu\/wp-content\/uploads\/2017\/11\/L2_October2015_4K.jpg.1134x756_q85.jpg\t\tin development\t1 PW\t1000 - 10000 TW\t18 J\t10 - 100 J\t< 20 fs\t10 - 100 fs\t10 Hz, scalable to 50 Hz\t10 - 100 Hz\t\tNot Provided\/Not Recorded\t830 - 850 nm\t700 - 900 nm\t\tOPCPA\thttps:\/\/www.eli-beams.eu\/en\/facility\/lasers\/laser-2-1-pw-20-j-10-hz\/\tExtreme Light Infrastructure- Czechia (ELI Beamlines)\t49.962242, 14.454653\tDoln\u00ed B\u0159e\u017eany\tCzechia\tEurope\t2019\thttps:\/\/www.eli-beams.eu\tDr. Bed\u0159ich Rus, Dr. Martin Fibrich, Dr. Pavel Bakule, Dr. Georg Korn\tbedrich.rus@eli-beams.eu, martin.fibrich@eli-beams.eu, pavel.bakule@eli-beams.eu, Georg.Korn@eli-beams.eu\t\t\t\n49.962242\t14.454653\t101\tF\t101F\tELI-Cz\tLaser 3 HAPLS (High-Repetition-Rate Advanced Petawatt Laser System)\t\thttps:\/\/www.eli-beams.eu\/wp-content\/uploads\/2017\/11\/L3_October2015_4K.jpg.1134x756_q85.jpg\t\toperational\tPW few Hz\t1000 - 10000 TW\t30 J\t10 - 100 J\t< 30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t(Dr. Georg Korn, May 2019) \"L3 is used for experiments for ion and electron acceleration at 50 TW level in a smaller target area. Ultra-stable Beam Transport of L3 to the large target areas will be ready later fall this year and we will be going for 500 TW experiments beginning next year.\"\thttps:\/\/www.eli-beams.eu\/en\/facility\/lasers\/laser-3-1-pw-30-j-10-hz\/\tExtreme Light Infrastructure- Czechia (ELI Beamlines)\t49.962242, 14.454653\tDoln\u00ed B\u0159e\u017eany\tCzechia\tEurope\t2019\thttps:\/\/www.eli-beams.eu\tDr. Bedrich Rus, Dr. Georg Korn\trus@fzu.cz, Georg.Korn@eli-beams.eu\t\t\t\n24.96828\t121.195474\t102\tA\t102A\tNCU\t\t\thttp:\/\/hfp.phy.ncu.edu.tw\/wp-content\/uploads\/BlockDiagram_NCU_100TWLaser-768x576.jpg\t\toperational\t13 TW\t10 - 100 TW\t450 mJ\t.1 - 1 J\t34 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t805 nm\t700 - 900 nm\t\t2nd of 3 beamlines\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/research\/facilities\/#100-TW%20laser%20system\tNational Central University, High-Field Physics and Ultrafast Technology Laboratory\t24.96828, 121.195474\tTaoyuan City\tTaiwan\tAsia\t2018\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/\tProfessor Jyhpyng Wang\tjwang@ltl.iams.sinica.edu.tw\t\t\t\n24.96828\t121.195474\t102\tC\t102C\tNCU\t\t\t\t\tplans\t150 - 200 TW\t100 - 1000 TW\t\t\t\t\t\t\t\t\t\t\t\t\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/\tNational Central University, High-Field Physics and Ultrafast Technology Laboratory\t24.96828, 121.195474\tTaoyuan City\tTaiwan\tAsia\t2019\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/\tProfessor Jyhpyng Wang\tjwang@ltl.iams.sinica.edu.tw\t\t\t\n24.96828\t121.195474\t102\tD\t102D\tNCU\t\t\thttp:\/\/hfp.phy.ncu.edu.tw\/wp-content\/uploads\/BlockDiagram_NCU_100TWLaser-768x576.jpg\t\toperational\t110 TW\t100 - 1000 TW\t3.3 J\t1 - 10 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t810 nm\t700 - 900 nm\t\t1st of 3 beamlines\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/research\/facilities\/#100-TW%20laser%20system\tNational Central University, High-Field Physics and Ultrafast Technology Laboratory\t24.96828, 121.195474\tTaoyuan City\tTaiwan\tAsia\t2018\thttp:\/\/hfp.phy.ncu.edu.tw\/en\/\tProfessor Jyhpyng Wang\tjwang@ltl.iams.sinica.edu.tw\t\t\t\n35.779573\t139.612489\t106\tB\t106B\tRAP\t\t\t\t\toperational\t40 TW\t10 - 100 TW\t1 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\t\thttp:\/\/www2.riken.jp\/ExtremePhotonics\/attosec\/index.html\tRIKEN Center for Advanced Photonics\t35.779573, 139.612489\tWako\tJapan\tAsia\t2019\thttps:\/\/rap.riken.jp\/en\/\tDr. Katsumi Midorikawa\tkmidori@riken.jp\t\t\t\n43.719247\t10.423998\t107\tA\t107A\tILIL\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/wp-content\/uploads\/2018\/04\/Frontend.jpg\t\toperational\t10 TW\t10 - 100 TW\t.4 J\t.1 - 1 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t900 - 1100 nm\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/il-nostro-laser\/\tLaboratorio di Laser Intensi, Instituto Nazionale di Ottica- Consiglio Nazionale delle Ricerche\t43.719247, 10.423998\tPisa\tItaly\tEurope\t2019\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/about_it\/\tDr. Leonida Antonio Gizzi\tla.gizzi@gmail.com\t\t\t\n43.719247\t10.423998\t107\tB\t107B\tILIL\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/wp-content\/uploads\/2018\/04\/ILIL_Overview.png\t\tin development\t240 TW\t100 - 1000 TW\t5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/il-nostro-laser\/\tLaboratorio di Laser Intensi, Instituto Nazionale di Ottica- Consiglio Nazionale delle Ricerche\t43.719247, 10.423998\tPisa\tItaly\tEurope\t2019\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/about_it\/\tDr. Leonida Antonio Gizzi\tla.gizzi@gmail.com\t\t\t\n43.719247\t10.423998\t107\tC\t107C\tILIL\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/wp-content\/uploads\/2018\/04\/ILIL_Overview.png\t\toperational\t130 TW\t100 - 1000 TW\t3.3 J\t1 - 10 J\t25 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/il-nostro-laser\/\tLaboratorio di Laser Intensi, Instituto Nazionale di Ottica- Consiglio Nazionale delle Ricerche\t43.719247, 10.423998\tPisa\tItaly\tEurope\t2019\thttp:\/\/research.ino.it\/Groups\/ilil\/it\/about_it\/\tDr. Leonida Antonio Gizzi\tla.gizzi@gmail.com\t\t\t\n37.68773525\t-121.7072189\t108\tA\t108A\tLLNL-JLF\tTitan, 527 nm\t\thttps:\/\/jlf.llnl.gov\/content\/assets\/images\/titan\/titan_full_2011.png\t\toperational\t\t10 - 100 TW\tup to 50 J\t10 - 100 J\t.7 - 200 ps\t100 - 1000 fs\t1 shot every 30 minutes\t- 1 Hz\tNd:Glass\tNeodymium\t527 nm\t500 - 700 nm\t\t\thttps:\/\/jlf.llnl.gov\/laser-facilities\/titan\tLawrence Livermore National Laboratory, Jupiter Laser Facility\t37.6877352525587, -121.70721887952\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/jlf.llnl.gov\tDr. Felicie Albert\talbert6@llnl.gov\t\t\t\n37.68773525\t-121.7072189\t108\tB\t108B\tLLNL-JLF\tJanusUSP\/Calisto\t\thttps:\/\/encrypted-tbn0.gstatic.com\/images?q=tbn:ANd9GcRngKM8fGcqIlJWJO1AGjIyM705hBL1igQ9509CusV3OtRAneijFg\t\toperational\t200 TW\t100 - 1000 TW\t15 J\t10 - 100 J\t75 fs\t10 - 100 fs\tonce every 30 minutes\t- 1 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tinfo found here: https:\/\/lasers.llnl.gov\/content\/assets\/docs\/nif-workshops\/laser-safety-officer-2014\/7-1_jim-bonlie.pdf\thttps:\/\/jlf.llnl.gov\/\tLawrence Livermore National Laboratory, Jupiter Laser Facility\t37.6877352525587, -121.70721887952\tLivermore\tUSA\tNorth America\t2023\thttps:\/\/jlf.llnl.gov\tDr. Felicie Albert\talbert6@llnl.gov\t\t\t\n37.68773525\t-121.7072189\t108\tC\t108C\tLLNL-JLF\tComet, 1053 nm\t\thttps:\/\/jlf.llnl.gov\/content\/assets\/images\/comet\/comet_full_2011.png\t\toperational\t30 TW\t10 - 100 TW\t15 J\t10 - 100 J\t.5 ps\t100 - 1000 fs\t1 shot every 4 minutes\t- 1 Hz\t\tNot Provided\/Not Recorded\t1053 nm\t900 - 1100 nm\t\t\thttps:\/\/jlf.llnl.gov\/laser-facilities\/comet\tLawrence Livermore National Laboratory, Jupiter Laser Facility\t37.6877352525587, -121.70721887952\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/jlf.llnl.gov\tDr. Felicie Albert\talbert6@llnl.gov\t\t\t\n37.68773525\t-121.7072189\t108\tD\t108D\tLLNL-JLF\tComet, 527 nm\t\thttps:\/\/jlf.llnl.gov\/content\/assets\/images\/comet\/comet_full_2011.png\t\toperational\t16 TW\t10 - 100 TW\t8 J\t1 - 10 J\t.5 ps\t100 - 1000 fs\t1 shot every 4 minutes\t- 1 Hz\t\tNot Provided\/Not Recorded\t527 nm\t500 - 700 nm\t\t\thttps:\/\/jlf.llnl.gov\/laser-facilities\/comet\tLawrence Livermore National Laboratory, Jupiter Laser Facility\t37.6877352525587, -121.70721887952\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/jlf.llnl.gov\tDr. Felicie Albert\talbert6@llnl.gov\t\t\t\n37.68773525\t-121.7072189\t108\tG\t108G\tLLNL-JLF\tTitan, 1053 nm\t\thttps:\/\/jlf.llnl.gov\/content\/assets\/images\/titan\/titan_full_2011.png\t\toperational\tPW-class\t1000 - 10000 TW\tup to 300 J\t100 - 1000 J\t.7 - 200 ps\t100 - 1000 fs\t1 shot every 30 minutes\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/jlf.llnl.gov\/laser-facilities\/titan\tLawrence Livermore National Laboratory, Jupiter Laser Facility\t37.6877352525587, -121.70721887952\tLivermore\tUSA\tNorth America\t2018\thttps:\/\/jlf.llnl.gov\tDr. Felicie Albert\talbert6@llnl.gov\t\t\t\n48.713208\t2.207512\t109\tA\t109A\tLULI\tELFIE\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/salle-amplis-small.jpg\t\toperational\t~57 TW X 2\t100 - 1000 TW\t20 J X 2\t10 - 100 J\t350 fs\t100 - 1000 fs\t1 shot every 20 minutes\t- 1 Hz\tTi:Sa\/mixed silicate\/phosphate glass\tTi:Sa\t1057 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/portail.polytechnique.edu\/luli\/en\/facilities\/elfie\tLaboratoire pour l'Utilisation des Lasers Intenses\t48.713208, 2.207512\tPalaiseau\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine LeBlanc\tcatherine.leblanc@polytechnique.fr\t\t\t\n48.713208\t2.207512\t109\tB\t109B\tLULI\tLULI 2000, Black Laser Chain\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/luli2000_panorama_web.jpg\t\toperational\t~10 TW\t10 - 100 TW\t~10 J\t10 - 100 J\t1 ps\t1000 - 10000 fs\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/portail.polytechnique.edu\/luli\/en\/facilities\/luli2000\tLaboratoire pour l'Utilisation des Lasers Intenses\t48.713208, 2.207512\tPalaiseau\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine LeBlanc\tcatherine.leblanc@polytechnique.fr\t\t\t\n48.713208\t2.207512\t109\tC\t109C\tLULI\tLULI 2000, South laser chain\t\thttps:\/\/portail.polytechnique.edu\/luli\/sites\/pf_126\/files\/accueil\/luli2000_panorama_web.jpg\t\toperational\t150 TW\t100 - 1000 TW\t~100 J\t100 - 1000 J\t1 ps\t1000 - 10000 fs\t1 shot every 90 minutes\t- 1 Hz\tNd:Glass\tNeodymium\t1053 nm\t900 - 1100 nm\t\tCPA\thttps:\/\/portail.polytechnique.edu\/luli\/en\/facilities\/luli2000\tLaboratoire pour l'Utilisation des Lasers Intenses\t48.713208, 2.207512\tPalaiseau\tFrance\tEurope\t2018\thttps:\/\/portail.polytechnique.edu\/luli\/en\tDr. Catherine LeBlanc\tcatherine.leblanc@polytechnique.fr\t\t\t\n51.186823\t6.796732\t110\tA\t110A\tHHU\tPulsar\t\t\t\toperational\t100 TW\t100 - 1000 TW\t2.5 J\t1 - 10 J\t23 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\tFor both beams: < 10^-10 (@ 80 ps) contrast (without PM). Plasma mirror. Beam diameter in BL: 9 cm. Intensity (f\/2 focused): 2*10^20 W\/cm^2.\thttp:\/\/www.laserphy.uni-duesseldorf.de\/e314\/index_eng.html\tLaser- und Plasmaphysik - Heinrich Heine Universit\u00e4t, D\u00fcsseldorf\t51.186823, 6.796732\tDusseldorf\tGermany\tEurope\t2018\thttp:\/\/www.laserphy.uni-duesseldorf.de\/index_eng.html\tDr. O. Willi\toswald.willi@hhu.de\t\t\t\n40.003326\t-83.014307\t111\tA\t111A\tOSU\tScarlet\t\thttps:\/\/hedp.osu.edu\/sites\/hedp.osu.edu\/files\/styles\/full_width\/public\/about-photos-compressorarea-chamber.JPG?itok=1hO5pY3y\t\toperational\t400 TW\t100 - 1000 TW\t15 J\t10 - 100 J\t40 fs\t10 - 100 fs\t1 shot per minute\t- 1 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t\t\thttps:\/\/hedp.osu.edu\/facilities\/scarlet\tThe Ohio State University, Scarlet Laser Facility\t40.003326, -83.014307\tColumbus\tUSA\tNorth America\t2018\thttps:\/\/hedp.osu.edu\tProfessor Enam Chowdhury\tchowdhury.24@osu.edu\t\t\t\n38.991915\t-76.936834\t113\tA\t113A\tUMD\t\t\t\t\toperational\t10 TW\t10 - 100 TW\t400 mJ\t.1 - 1 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/lasermatter.umd.edu\/multimedia.html\tUniversity of Maryland, Intense Laser Matter Interactions Group\t38.991915, -76.936834\tCollege Park\tUSA\tNorth America\t2019\thttp:\/\/lasermatter.umd.edu\tProf. Howard Milchberg\tmilch@umd.edu\t\t\t\n38.991915\t-76.936834\t113\tB\t113B\tUMD\t\t\t\t\toperational\t25 TW\t10 - 100 TW\t~ 1 J\t1 - 10 J\t40 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\t\thttp:\/\/lasermatter.umd.edu\/multimedia.html\tUniversity of Maryland, Intense Laser Matter Interactions Group\t38.991915, -76.936834\tCollege Park\tUSA\tNorth America\t2019\thttp:\/\/lasermatter.umd.edu\tProf. Howard Milchberg\tmilch@umd.edu\t\t\t\n31.775061\t35.198\t114\tA\t114A\tHU\tTi:Sapphire CPA Laser system\t\thttp:\/\/old.phys.huji.ac.il\/~zigler\/img\/huhilscheme.jpg\t\toperational\t3 TW\t1 - 10 TW\t100 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t\tNot Provided\/Not Recorded\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t1.5*10^19 W\/cm^2\tGroup website not up to date. Professor Zigler provided details about laser in an email.\thttp:\/\/old.phys.huji.ac.il\/~zigler\/facilities.html\tHebrew University, High Intensity Laser Lab\t31.775061, 35.198\tJerusalem\tIsrael\tAsia\t2018\thttp:\/\/old.phys.huji.ac.il\/~zigler\/index.html\tProf. Arie Zigler\tzigler@vms.huji.ac.il\t\t\t\n34.068781\t-118.444081\t115\tA\t115A\tUCLA\tCO2 maser oscillator - power amplifier (MOPA)\t\thttps:\/\/i.ibb.co\/4mHtwwJ\/MOPA-image.png\t\toperational\t15 TW\t10 - 100 TW\t~45 J\t100 - 1000 J\t3 ps\t1000 - 10000 fs\tSingle pulse train with a few pulses, each seperated by 18 ps. Peak power in highest power pulse is 15 TW.\t- 1 Hz\tCarbon Dioxide\tCarbon Dioxide\t10 um\t1100 nm -\t\t\thttp:\/\/www.seas.ucla.edu\/plasma\/researchaccomplishments.html\tUCLA Plasma Accelerator Group\/Laser-Plasma Interactions, University of California Los Angeles\t34.068781, -118.444081\tLos Angeles\tUSA\tNorth America\t2019\thttp:\/\/www.seas.ucla.edu\/plasma\/index.html\tProfessor Chandrashekhar Joshi\tjoshi@ee.ucla.edu\t\t\t\n30.289202\t-97.73627\t116\tA\t116A\tUTex\tTexas Petawatt Laser\t\thttp:\/\/texaspetawatt.ph.utexas.edu\/img\/laser-action-photo.jpg\t\toperational\t1.11 PW\t1000 - 10000 TW\t186 J\t100 - 1000 J\t167 fs\t100 - 1000 fs\t\tNot Provided\/Not Recorded\tNd:Glass\tNeodymium\t\tNot Provided\/Not Recorded\t\tOPCPA\thttp:\/\/www.ph.utexas.edu\/~utlasers\/tpp.php\tUniversity of Texas at Austin, Center for High Energy Density Science\t30.289202, -97.73627\tAustin\tUSA\tNorth America\t2018\thttps:\/\/cheds.ph.utexas.edu\tProf. Todd Ditmire\ttditmire@physics.utexas.edu\t\t\t\n48.707733\t2.153008\t117\tB\t117B\tLIDYL\tUHI100\t\thttp:\/\/iramis.cea.fr\/slic\/UHI100_clip_image002.jpg\t\toperational\t100 TW\t100 - 1000 TW\t2.5 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t\tNot Provided\/Not Recorded\t10^20 W\/cm^2 without double plasma mirror, 5*10^19 W\/cm^2 with double plasma mirror\t\thttp:\/\/iramis.cea.fr\/slic\/UHI100.php\tLasers, Interaction and Dynamics Laboratory\t48.707733, 2.153008\tSaclay\tFrance\tEurope\t2018\thttp:\/\/iramis.cea.fr\/LIDYL\/\tDr. Fabien Qu\u00e9r\u00e9\tfabien.quere@cea.fr\t\t\t\n34.943096\t134.428814\t118\tB\t118B\tSACLA\t\t\thttps:\/\/f1.media.brightcove.com\/8\/689254975001\/689254975001_5466155332001_5463398584001-vs.jpg?pubId=689254975001&videoId=5463398584001\t\tin development\t500 TW X 2\t100 - 1000 TW\t12.5 J\t10 - 100 J\t~25 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCurrently, one beamline is available. Other is in development.\thttp:\/\/xfel.riken.jp\/eng\/users\/bml01-11.html\tSPring-8 Angstrom Compact Free Electron Laser\t34.943096, 134.428814\tKamigori\tJapan\tAsia\t2019\thttp:\/\/xfel.riken.jp\/eng\/index.html\tRIKEN SPring-8 Center\triken@spring8.or.jp\t\t\t\n48.708217\t2.221866\t119\tA\t119A\tLOA\tSalle Juane\t\thttps:\/\/loa.ensta-paristech.fr\/wp-content\/uploads\/2018\/10\/SJ.png\t\toperational\t120 TW (2 x 60 TW)\t100 - 1000 TW\t3.6 J\t1 - 10 J\t30 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\t\tNot Provided\/Not Recorded\t\tNot Provided\/Not Recorded\t\t\"Laser system: 120 TW: 2 x 60 TW @ 30 fs; 6 synchronized laser beams; 1 laser beam 500 ps @ .5 J\"\thttps:\/\/loa.ensta-paristech.fr\/\tLaboratoire d'Optique Appliqu\u00e9e-ENSTA-Ecole Polytechnique\t48.708217, 2.221866\tPalaiseau\tFrance\tEurope\t2018\thttps:\/\/loa.ensta-paristech.fr\/\tDr. Antoine Rousse; Dr. Rodrigo Lopez-Martens\tnone; rodrigo.lopez-martens@ensta-paristech.fr\t\t\t\n48.708217\t2.221866\t119\tD\t119D\tLOA\tSalle Saphir\t\thttps:\/\/loa.ensta-paristech.fr\/wp-content\/uploads\/2018\/10\/SSaphir.png\t\toperational\t200 - 500 TW\t100 - 1000 TW\t13 J\t10 - 100 J\t26 fs\t10 - 100 fs\t5 Hz\t1 - 10 Hz\t\tNot Provided\/Not Recorded\t800 nm\t700 - 900 nm\t\t\thttps:\/\/loa.ensta-paristech.fr\/\tLaboratoire d'Optique Appliqu\u00e9e-ENSTA-Ecole Polytechnique\t48.708217, 2.221866\tPalaiseau\tFrance\tEurope\t2018\thttps:\/\/loa.ensta-paristech.fr\/\tDr. Antoine Rousse; Dr. Rodrigo Lopez-Martens\tnone; rodrigo.lopez-martens@ensta-paristech.fr\t\t\t\n28.601335\t-81.196981\t120\tD\t120D\tCREOL\tPhaSTHEUS (PHAse-stabilized Terawatt High-Energy Ultra-Short)\t\t\t\toperational\t> 20 TW\t10 - 100 TW\t100 mJ\t.1 - 1 J\t< 5 fs\t- 10 fs\t1 Hz\t1 - 10 Hz\tNd:YVO4\/Nd:YAG\tNeodymium\t\tNot Provided\/Not Recorded\t\tOPCPA\thttp:\/\/lpl.creol.ucf.edu\/OPCPAlaserDev.html\tUniversity of Central Florida, CREOL\/Townes Laser Institute, Laser & Plasma Laboratory\t28.601335, -81.196981\tOrlando\tUSA\tNorth America\t2019\thttps:\/\/lpl.creol.ucf.edu\tProf. Martin Richardson\tmcr@creol.ucf.edu\t\t\t\n17.444208\t78.304831\t122\tA\t122A\tTIFR-H\t\t\thttp:\/\/www.tifr.res.in\/~uphill\/images\/up-hill-logo.gif\t\tplans\t1 PW\t1000 - 10000 TW\t~ 30 J\t10 - 100 J\t25 fs\t10 - 100 fs\t1 Hz\t1 - 10 Hz\tTi:Sa\tTi:Sa\t\t700 - 900 nm\t\tFrom Professor G. Ravindra Kumar: Projected for 2021. Max intentsity > 10^21 W\/cm^2. Will have a 200 TW arm at 10 Hz. Collaborations are welcome. Not a user facility.\thttp:\/\/www.tifr.res.in\/~uphill\/index.html\tTata Institute of Fundamental Research, Hyderabad\t17.444208, 78.304831\tHyderabad\tIndia\tAsia\t2019\thttps:\/\/www.tifr.res.in\/~uphill\/index.html\tDr. G. Ravindra Kumar\tgrk@tifr.res.in\t\t\t\n46.280229\t20.105077\t123\tA\t123A\tELI-Hu\tHF-100\t\tdata:image\/png;base64,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\t\tin development\t50 TW\t10 - 100 TW\t.5 J\t.1 - 1 J\t10 fs\t10 - 100 fs\t100 Hz\t100 - 1000 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\twill be available in April 2019\thttps:\/\/www.eli-alps.hu\/en\/Research-Technology\/Lasers\tExtreme Light Infrastructure Attosecond Light Pulse Source\t46.280229, 20.105077\tSzeged\tHungary\tEurope\t2018\thttps:\/\/www.eli-alps.hu\tProf. Mikhail Kalashnikov\tkalashni@mbi-berlin.de\t\t\t\n46.280229\t20.105077\t123\tD\t123D\tELI-Hu\tSYLOS 2B\t\t\t\tin development\t> 15 TW\t10 - 100 TW\t> 98 mJ\t.01 - .1 J\t< 6.5 fs\t- 10 fs\t1 kHz\t1000 Hz -\tBBO\tOPCPA\t~900 nm\t900 - 1100 nm\t\tavailable June 2020\thttps:\/\/www.eli-alps.hu\/en\/Research-Technology\/Lasers\tExtreme Light Infrastructure Attosecond Light Pulse Source\t46.280229, 20.105077\tSzeged\tHungary\tEurope\t2018\thttps:\/\/www.eli-alps.hu\t\tinfo@eli-alps.hu\t\t\t\n46.280229\t20.105077\t123\tG\t123G\tELI-Hu\tHF-2PW arm (of High Field 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\t\tin development\t2 PW\t1000 - 10000 TW\t>34 J\t10 - 100 J\t< 17 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\twill be available by end of 2020\thttps:\/\/www.eli-alps.hu\/en\/Research-Technology\/Lasers\tExtreme Light Infrastructure Attosecond Light Pulse Source\t46.280229, 20.105077\tSzeged\tHungary\tEurope\t2018\thttps:\/\/www.eli-alps.hu\tProf. Mikhail Kalashnikov\tkalashni@mbi-berlin.de\t\t\t\n41.823\t12.674226\t124\tA\t124A\tLNF\tFLAME\t\thttps:\/\/ars.els-cdn.com\/content\/image\/1-s2.0-S0168900218301815-gr1.jpg\t\toperational\t200 TW\t100 - 1000 TW\t7 J\t1 - 10 J\t25 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA. More info here: https:\/\/arxiv.org\/pdf\/1802.00398.pdf\thttp:\/\/w3.lnf.infn.it\/accelerators\/sparc_lab\/?lang=en\tLaboratori Nazionali di Frascati, SPARC Lab\t41.823, 12.674226\tFrascati\tItaly\tEurope\t2018\thttp:\/\/sparclab.lnf.infn.it\tDr. Fabrizio Bisesto\tfabrizio.giuseppe.bisesto@lnf.infn.it\t\t\t\n18.906709\t72.805133\t125\tA\t125A\tTIFR\t\t\thttp:\/\/www.tifr.res.in\/~uphill\/images\/facility-header.jpg\t\toperational\t20 TW\t10 - 100 TW\t600 mJ\t.1 - 1 J\t30 fs\t10 - 100 fs\t10 Hz\t10 - 100 Hz\tTi:Sa\tTi:Sa\t800 nm\t700 - 900 nm\t\tCPA\thttp:\/\/www.tifr.res.in\/~uphill\/facilities.html\tTata Institute of Fundamental Research, Ultrashort Pulse High Intensity Laser Laboratory (UPHILL)\t18.906709, 72.805133\tMumbai\tIndia\tAsia\t2019\thttps:\/\/www.tifr.res.in\/~uphill\/index.html\tDr. M Krishnamurthy; Dr. G. 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