Experimental Methods in Atomic & Molecular Physics

Materialien

• AMO-ring-slide-2016.pdf
• Lecture_1.pdf
• Lecture_2.pdf
• Lecture_3.pdf
• Lecture_4.pdf
• Lecture_4_Frequenzkette_und_Kamm_Physik_Journal.pdf
• Lecture_5.pdf
• Lecture_6.pdf
• Lecture_7.pdf
• Lecture_8.pdf
• Lecture_9.pdf
• Lecture__10.pdf
• Tutorial_1_Opt_Comm_Rabi_Stark_field.pdf
• Tutorial_1_Opt_Comm_optical_nutation.pdf
• Tutorial_1_Sodium_details.pdf
• Tutorial_2_PhysRevLett.35.1426_Mollow_Triplett.pdf
• Tutorial_2_PhysRevLett.76.1800_Vacuum_Rabi_Oszillations.pdf
• Tutorial_3_PhysRevLett.107.203001_1S_2S_spectroscopy_advanced.pdf
• Tutorial_3_PhysRevLett.34.307_1S_2S_spectroscopy.pdf
• Tutorial_4_Science_self_referencing_frequency_comb.pdf
• Tutorial_5_JChemPhys_Femtosecond_pump_probe_Zewail.pdf
• Tutorial_6_Nature_Attoscecond_control_Krausz.pdf
• Tutorial_6_Nature_Raman_spectroscopy_Silberberg.pdf
• Tutorial_7_Bragg_PhysRevLett.60.515.pdf
• Tutorial_7_Diffraction_PhysRevLett.56.827.pdf
• Tutorial_8_Sub_doppler_cooling_PhysRevLett.61.169.pdf
• Tutorial_9_MOT_PhysRevLett.59.2631.pdf

Übungsblätter

• 1
  
  • Tutorial_1.pdf
• 2
  
  • Tutorial_2.pdf
• 3
  
  • Tutorial_3.pdf
• 4
  
  • Tutorial_4.pdf
• 5
  
  • Tutorial_5.pdf
• 6
  
  • Tutorial_6.pdf
• 7
  
  • Tutorial_7.pdf
• 8
  
  • Tutorial_8.pdf
• 9
  
  • Tutorial_9.pdf
• 10
  
  • Tutorial_10.pdf

Übungsgruppen

• Gruppe 1 (Oberthaler)
  31 Teilnehmer/innen
  INF 227 / SR 2.402, Fr 11:00 - 14:00