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Photonic Crystal
Fibre Science

Max Planck Gesellschaft Max Planck Institute for the Science of Light
Supercontinuum generation in a nanoweb fibreFROG tracehighly nonlinear PCF
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Nonlinear Optics


Lecture on Wednesday 08:00 - 10:00 in SR 01.779

Exercise on Monday 16:00 - 18:00 in SR 01.779

Downloads

  • chap1.NLO.2018.pdf
  • chap2.SHG.2018.3.pdf
  • chap3.EO.pdf
  • chap4.chi3.pdf
  • chap5.2018.pulseInFibre.pdf
  • chap6.NLO in PCF.pdf
  • sheet 01.pdf
  • sheet 02.pdf
  • sheet 03.pdf
  • sheet 04.pdf
  • sheet 05.pdf
  • sheet 06.pdf
  • sheet 07.pdf
  • sheet 08.pdf

Advanced Laser


Lecture / Exercises on Friday 13:00 - 16:00

Room: AOT Kursraum (Paul Gordon Straße)

 

 

Downloads

  • chap.01.cavity.2018.pdf
  • chap.02.dispersion.2018.pdf
  • chap.03.pulseCharacterization.pdf
  • chap.04.polar.pdf
  • chap.05.SemiClassical.pdf
  • T1 Bose-Einstein condensate SLH.pdf
  • T2 Co2 Laser.pdf
  • T3 Extreme Ultraviolet Radiation as a laser source.pdf
  • T4 LiDAR.pdf
  • T5 VCSEL and Computing.pdf
  • T6 CoherentPulsesAddition.pdf
  • T7 Semiconductor Laser Optical Phase Lock Loops.pdf
  • T8 x-ray laser.pdf
  • T9 Direct Laser Lithography Multiphoton Lithography .pdf
  • T10 Excimerlasers.pdf
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Russell Division: Photonic Crystal Fibre Science, Max Planck Institute for the Science of Light