Experimental Optics and Photonics

Exercise sheets

• 01
  
  • Information to the lecture.pdf
  • Introduction.pdf
  • Exercise01_w_literature.pdf
  • Exercise01_w_Solution.pdf
  • lecture 01 - ray optics.pdf
  • notes on exercise 01.pdf
  • schedule.pdf
• 02
  
  • Exercise02_w_literature.pdf
  • lecture 02 - wave optics.pdf
  • notes on exercise 02.pdf
• 03
  
  • Exercise03_w_literature.pdf
  • lecture 03 - Fourier optics.pdf
  • Exercise03_w_Solution.pdf
  • notes on exercise 03.pdf
• 04
  
  • Exercise04_w_literature.pdf
  • lecture 04 - beam optics.pdf
  • notes on exercise 04.pdf
  • Exercise04_w_Solution.pdf
• 05
  
  • lecture 05 - optical resonators.pdf
  • Exercise05_w_literature.pdf
  • notes on exercise 05.pdf
  • Exercise05_w_Solution.pdf
  • Fabry Perot Cavity intensity distribution.pdf
• 06
  
  • Exercise06_w_literature.pdf
  • lecture 06 - electromagnetic optics.pdf
  • Solution_exercise_6.pdf
  • notes on exercise 06.pdf
  • Relation between magnetic and electric field.pdf
• 07
  
  • Exercise07_w_literature.pdf
  • lecture 07 - polarization optics.pdf
  • notes on exercise 07.pdf
  • Exercise07_w_Solution.pdf
• 08
  
  • Exercise08_w_Literature.pdf
  • lecture 08 - statistical optics.pdf
  • notes on exercise 08.pdf
  • Exercise08_w_Solution.pdf
• 09
  
  • lecture 09 - photon optics.pdf
  • Exercise09_w_Literature.pdf
  • Exercise09_w_Solution.pdf
  • notes on exercise 09.pdf
• 10
  
  • lecture 10 - lasers.pdf
  • Exercise10_w_Article.pdf
  • Exercise10_w_Solution.pdf
  • notes on exercise 10.pdf
• 11
  
  • Exercise11_w_Article.pdf
  • lecture 11 - non-linear optics.pdf
  • notes on exercise 11.pdf
  • Exercise11_w_Solution.pdf
• 12
  
  • lecture 12 - ultrafast optics.pdf
  • Exercise12_w_literature.pdf
  • notes on exercise 12.pdf

Practice groups

• Group GZ (Gerhard Zürn)
  19 participants
  INF 227 / SR 3.402, Fri 11:00 - 12:00