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MPQ, LEXInfrared Molecular FingerprintingJanuary 2, 2020
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MPQMeasuring minuscule changes in the molecular composition of biofluidsDecember 20, 2019
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MPQA Tour of the Laboratory for Attosecond PhysicsSeptember 24, 2019
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MPQField Resolved SpectroscopyJuly 26, 2019
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MPQField Resolved SpectroscopyJuly 26, 2019
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MPQWorking on the ACCORD ProjectJuly 19, 2019
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MPQWorking on the ACCORD ProjectJuly 19, 2019
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MPQWorking on an enhancement cavityJanuary 21, 2019
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MPQWorking on an enhancement cavityJanuary 21, 2019
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Laser Licht LebenESO SupernovaJanuary 10, 2019
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Laser Licht LebenInside the exhibitionJanuary 10, 2019
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Laser Licht LebenInside the exhibitionJanuary 10, 2019
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Laser Licht LebenInside the exhibitionJanuary 10, 2019
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Laser Licht LebenInside the exhibitionJanuary 10, 2019
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Laser Licht LebenLaser harpJanuary 10, 2019
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Laser Licht LebenMaiman's original laserJanuary 10, 2019
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Laser Licht LebenMaiman's original laserJanuary 10, 2019
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Laser Licht LebenProf. Hänsch's Nobel Prize medalJanuary 10, 2019
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Laser Licht LebenStar Wars light sabersJanuary 10, 2019
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MPQ100kHz nonlinear thin-disk laser source for attosecond experimentsJanuary 9, 2019
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MPQChirped mirror compressor for nonlinear thin-disk laserJanuary 9, 2019
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Dispersion through a glas paneDecember 21, 2018
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LMUMovies out of the microcosmApril 22, 2018
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LMUExploring electron dynamics in solidsMarch 15, 2018
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LMUHHGFebruary 20, 2018
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LEXMirror setupOctober 26, 2017
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LEXA setup of chirped mirrosOctober 24, 2017
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LEXEntrance of the LEX buildingOctober 24, 2017
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LEXTesting the quality of mirror productionOctober 24, 2017
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MPQ, LMU, LEXVacuum chamber for attosecond metrologyAugust 14, 2017
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LEXA thin-disc laser setupJuly 25, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production for laser development technologyJuly 24, 2017
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LEXMirror production in the clean roomJuly 24, 2017
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LEXPreparing blood samplesJuly 24, 2017
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LEXPreparing blood samplesJuly 24, 2017
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LEXPreparing blood samplesJuly 24, 2017
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CALAOne hour in the construction process of CALAJuly 23, 2017
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LMUCollective motion of the remaining electrons after ionizationJune 23, 2017
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Laser with stable carrier-envelope phaseJune 23, 2017
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LEXAttosecond pulse generation from a gas targetApril 20, 2017
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LMUUltrafast electron microscopyJanuary 23, 2017
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LEXMirror production in the clean roomSeptember 20, 2016
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LMUCLEO:2016June 8, 2016
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LMUSluggish electronsFebruary 4, 2016
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MPQMEDEA Virtual Lab TourJanuary 8, 2016
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MPQIntense XUV light from crystalApril 24, 2015
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LMUA superposition of two stationary statesJuly 21, 2014
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A switch for the futureJuly 21, 2014
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Birth of an attosecond pulsJuly 21, 2014
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LMUCLEO:2012July 21, 2014
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LMUConstruction in fast motionJuly 21, 2014
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Electronic changes can result in structural changes of a moleculeJuly 21, 2014
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LMUFuture lightwave electronicsJuly 21, 2014
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MPQHave a look in a typical attosecond experimentJuly 21, 2014
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MPQHigh harmonics generation and solid streakingJuly 21, 2014
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LMUHow a chirped mirror helps making short light pulsesJuly 21, 2014
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How far does light travel in an attosecond?July 21, 2014
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Lasers transforming lifeJuly 21, 2014
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Oscillating electrons radiating electromagnetic wavesJuly 21, 2014
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Quantensprung mit Licht, wissen aktuell: Licht - strahlendes UniversumJuly 21, 2014
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Sampling of a light wave with attosecond pulsesJuly 21, 2014
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LMUShort laser pulses provide gigantic electric forcesJuly 21, 2014
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Spontaneous emission of photonsJuly 21, 2014
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Stimulated photon emission in a laser mediumJuly 21, 2014
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LMULaser with random carrier-envelope phaseJune 21, 2014
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MPQLooking into atoms in real timeJune 21, 2014
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MPQWhat happens in mini light sources?April 19, 2013
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MPQWhat happens in mini light sources?April 19, 2013
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MPQWhat happens in mini light sources?April 19, 2013
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MPQ, LEXA new generation of laser pulsesJanuary 24, 2013
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MPQAttosecond experimental chamberJanuary 21, 2013
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MPQLightwave electronics reveals electron motion in moleculesJanuary 21, 2013
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LMU, MPQAttosecond real-time observationNovember 19, 2012
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LMUElectron imagingNovember 19, 2012
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LMULaser accelerated ions for radiobiological studiesSeptember 12, 2012
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LMUHigh-repetition-rate picosecond pump laserAugust 28, 2012
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MPQElectron leaving an atomAugust 27, 2012
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MPQ, LEXATLASDecember 15, 2011
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MPQ, LEXATLASDecember 15, 2011
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MPQ, LEXATLASDecember 15, 2011
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LEXMirrors in the multipass booster amplifierDecember 15, 2011
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MPQExtreme ultraviolet light pulsesDecember 13, 2011
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MPQExtreme ultraviolet light pulsesDecember 13, 2011
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MPQExtreme ultraviolet light pulsesDecember 13, 2011
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MPQLight Field SynthesizerNovember 8, 2011
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LMUElectron imagingMay 12, 2011
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LMULaser examines minute structuresMay 12, 2011
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LMULaser examines minute structuresMay 12, 2011
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LMULaser examines minute structuresMay 12, 2011
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MPQAmplified near-fields at the poles of a silica nanosphereApril 20, 2011
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MPQMechanism of the acceleration of electrons near silica nanospheresApril 20, 2011
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LMUTarget fabrication for particle accelerationMarch 10, 2011
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LMU, LEXTarget fabrication for particle accelerationMarch 10, 2011
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LMUTarget fabrication for particle accelerationMarch 10, 2011
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LMUTarget fabrication for particle accelerationMarch 10, 2011
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MPQAttosecond light flashes probe a tungsten crystalFebruary 23, 2011
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LMUView into a laser-laboratory at Ludwig-Maximilians UniversitätFebruary 23, 2011
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LEXInside the electron acceleration chamberNovember 18, 2010
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MPQ, TUMAt the origin of chemistryNovember 16, 2010
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LEXExperimental chamber for ion accelerationAugust 31, 2010
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LMU, LEXParticle acceleration with lightAugust 10, 2010
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MPQ, LEXAn attosecond laboratory at MPQJuly 30, 2010
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MPQReal-time observation of valence electron motionJuly 28, 2010
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LMULaserpulses with high repetition ratesJuly 9, 2010
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LMULaserpulses with high repetition ratesJuly 9, 2010
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MPQ, LMUAttosecond experimental chamberJune 15, 2010
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MPQPhotoemission of electronsJune 15, 2010
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MPQA look into the interior of moleculesMay 27, 2010
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MPQAn attosecond laboratory at MPQApril 16, 2010
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LMUIons produced by the pressure of lightApril 13, 2010
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MPQAttosecond physicsMarch 24, 2010
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LMUTime of flight-photoemission photoelectron microscopeMarch 17, 2010
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MPQ, TUMAttosecond physicsMarch 11, 2010
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LMUElectron imagingNovember 6, 2009
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LMUHigh-repetition-rate picosecond pump laserSeptember 25, 2009
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LEXThin-disk regenerative amplifierSeptember 25, 2009
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MPQNew light for attosecond experimentsAugust 3, 2009
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MPQView into an attosecond laboratoryJuly 2, 2009
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LEXThe ATLAS Ti:Sapphire amplifier crystalAugust 8, 2008
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MPQFirst direct visualization of the electric field of visible lightJuly 24, 2008
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LMUMirror production at the Munich Centre for Advanced PhotonicsJune 24, 2008
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LEXGeneration of high harmonics from solid surfacesDecember 17, 2007
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LEXAmplifier of LWS-10October 3, 2007
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LEXDetail of the LWS-10 setupOctober 3, 2007
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LMUNozzle for producing a high density gas jetOctober 3, 2007
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LMUParaboloid mirror focusing a laser beamOctober 3, 2007
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LEXThe world’s first multi-terawatt few-cycle laser: LWS-10October 3, 2007
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LMUVacuum chamber for electron accelerationOctober 3, 2007
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LMU, LEXExperimental setup for electron accelerationJune 1, 2007
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LEX, LMUGas-filled capillary discharge waveguideJune 1, 2007
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MPQLaser light with a controlled waveformSeptember 25, 2006
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MPQLaser light with a controlled waveformSeptember 15, 2006
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MPQThe second generation of attosecond beamlineSeptember 15, 2006
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MPQThe second generation of attosecond beamlineSeptember 15, 2006
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Pump probe sprectroscopyNovember 25, 2001