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1710 results:
toptica_Short_shorter_shortest_Diode_lasers_in_the_deep_ultraviolet.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/01_quantum_technologies/toptica_Short_shorter_shortest_Diode_lasers_in_the_deep_ultraviolet.pdf
NOVEL LASERS Short, shorter, shortest: Diode lasers in the deep ultraviolet ULRICH EISMANN, MATTHIAS SCHOLZ, TIM PAASCH-COLBERG, and JÜRGEN STUHLER Frequency-converted diode lasers provide  
toptica_Slow_light_moving_out_of_the_lab.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/01_quantum_technologies/toptica_Slow_light_moving_out_of_the_lab.pdf
Tech Feature Slow Light a American Physical Society b Figure 4. Interferometer examples with (a) one moving arm and one xed, and (b) two xed arms with a tunable dispersive medium inserted into  
toptica_Temperature_measurements_above_the_arctic.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/01_quantum_technologies/toptica_Temperature_measurements_above_the_arctic.pdf
Appl-1005 Scientific Diode Lasers Temperature Measurements above the Arctic DL 100 as a seed laser in rough conditions Rudolf Neuhaus, Ph.D. TOPTICA Photonics AG The measurement of atmospheric  
toptica_Trapping_and_quantum_computing.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/01_quantum_technologies/toptica_Trapping_and_quantum_computing.pdf
Appl-1004 Scientific Diode Lasers Trapping and Quantum Computing Rudolf Neuhaus, Ph.D. TOPTICA Photonics AG Important applications for our scientific laser systems are atom and ion trapping.  
HES-ISI-RP-0030-01-ODIN_2.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/HES-ISI-RP-0030-01-ODIN_2.pdf
Demonstration of a compact deep UV Raman spatial heterodyne spectrometer Michael Foster,1 William Brooks1, Philipp Jahn2 1 IS-Instruments Ltd, Pipers Business Centre, 220 Vale Road, Tonbridge, Kent,  
toptica_8-fs_pulses_from_a_compact_Er_fiber_system_quantitative_modeling_and_experimental_implementation.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_8-fs_pulses_from_a_compact_Er_fiber_system_quantitative_modeling_and_experimental_implementation.pdf
8-fs pulses from a compact Er:fiber system: quantitative modeling and experimental implementation ¨ ¨ Alexander Sell, Gunther Krauss, Rudiger Scheu, Rupert Huber, and Alfred Leitenstorfer Department  
toptica_A_multicolor_TIRF_microscope.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_A_multicolor_TIRF_microscope.pdf
Appl-1013 Aug 21, 2012 Multi Laser Engines A multicolor TIRF microscope Setup using iChrome MLE for FRET and TIRF experiments P. Meyer, M. Strackharn S. Baumann Lehrstuhl für Angewandte Physik,  
toptica_Attoscience_goes_OPCPA_new_laser_developments_in_high_harmonic_generation.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_Attoscience_goes_OPCPA_new_laser_developments_in_high_harmonic_generation.pdf
Tutorial Attoscience goes OPCPA New Laser Developments in High Harmonic Generation Time Resolution Time resolution is key to the study of dynamic processes. When the appropriate resolution is  
toptica_Combination_of_femtosecond_picosecond_fiber_lasers_and_streak_camera_for_ultrastable_time-resolved_photoluminescence_spectroscopy.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_Combination_of_femtosecond_picosecond_fiber_lasers_and_streak_camera_for_ultrastable_time-resolved_photoluminescence_spectroscopy.pdf
Streak Camera/Fiber Laser Combination of femtosecond/picosecond fiber lasers and streak camera for ultrastable time-resolved photoluminescence spectroscopy Martin Ruge1, Thomas Franzl2, Uwe Denzer2  
toptica_Electronically_controlled_coherent_linear_optical_sampling_for_optical_coherence_tomography.pdf  
URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_Electronically_controlled_coherent_linear_optical_sampling_for_optical_coherence_tomography.pdf
Electronically controlled coherent linear optical sampling for optical coherence tomography Stefan Kray,1* Felix Spöler,1 Thomas Hellerer,2 and Heinrich Kurz1 1 Institute of Semiconductor  
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