Seminar: Quantenmechanik

SomSe 2020

Thursday, 09:15-11:00 s.t., Phil.-weg 19, Seminar Room.

S.P. Klevansky and E. Thommes

The registration is closed!

Further important information

(see also 

https://gsfp.physi.uni-heidelberg.de/klevansky/index.php?m=1&s=0 )

What is expected of you? You are required to give a clear lecture for approximately one hour (in German or English, you could choose). It should be understandable for all of your fellow students. Please prepare a one-page handout. Your lecture should preferably be using the blackboard. You can use slides for difficult or complicated equations or graphs, but you are required to present at least one calculation in a clear fashion on the board. You should attend all talks, not only your own! Note that the literature given is only a guideline - there are many good texts that you can choose from.

Your seminar can be in German or English.

If you require tutoring on your topic, please contact Elmar Bittner or Alexander Felski .

Vorträge

• Do   16.4.2020 10:00   Test heiCONF
  
• Do   23.4.2020 09:15   Atoms I: The Helium Atom
  Tina Neumann
  Literaturvorschläge: Sch: Ch 13, M2: Ch 18.1.5, 14.2.4; 14.2.5; Co
  • calculations.pdf
  • QM_Helium.odg
  • Seminar_Quantenmechanik___The_Helium_atom.pdf
• Do   30.4.2020 09:15   Atoms II: Atoms with several electrons
  Moritz Wilhelm Epping
  Literaturvorschläge: Sch: Ch 13, M2: Ch 18.1.5, 14.2.4; 14.2.5; Co
  • Handout.pdf
  • many-electron_slides.pdf
• Do   7.5.2020 09:15   The Aharonov-Bohm Effect and the Berry Phase
  Saskia Marie Lach
  Literaturvorschläge: Sch. Ch 7.5 AB, TO
  • AB_effect_Berry_phase.pdf
  • AB_Effect_Berry_phase_Handout.pdf
• Do   14.5.2020 09:15   The Quantum Hall Effect
  Jens Richter
  Literaturvorschläge: Eza, Yo, PraGir, Goer
  • qhe_handout.pdf
  • qhe_presentation.pdf
• Do   28.5.2020 09:15   The theory of lasers and masers
  Bastian Brunner
  Literaturvorschläge: FLS, Ch. 9; H. Ch. 1.4; HW. Ch 21
  • Theorie_der_Laser_und_Maser1.pdf
  • HandoutLasertheorie.pdf
• Do   4.6.2020 09:15   Entanglement, qubits and quantum computing
  Henrik Müller-Groeling
  Literaturvorschläge: LEB, NE, Bru
  • Entanglement__Qubits_and_QC.pdf
  • Entanglement__Qubits_and_QC_Handout.pdf
• Do   18.6.2020 09:15   The path integral formulation of quantum mechanics and the harmonic oscillator problem
  Moritz Sturm
  Literaturvorschläge: Pok. Ch. 2, FEHI, RL, Ch. 11
  • Pfadintegral_Handout.pdf
  • Pfadintegral_Folien.pdf
• Do   25.6.2020 09:15   Non-Hermitian (PT symmetric) quantum mechanics
  Marwin Julius Kaczor
  Literaturvorschläge: CMB
  • PT-symmetricQM.pdf
• Do   2.7.2020 09:15   Relativistic quantum mechanics: the Klein-Gordon and Dirac equations
  Nikita Schmal
  Literaturvorschläge: M2: Ch. 20, N: Ch. 4, Bj
  • RQM_Klein-Gordon_and_Dirac_-_Handout.pdf
  • RQM_Klein-Gordon_and_Dirac_-_Presentation.pdf
• Do   9.7.2020 09:15   The Einstein-Podolsky-Rosen paradox and Bell's inequality
  Tom Wolf
  Literaturvorschläge: Sch: Ch 20.4, Es, Esp, Espa, Town, Be
  • EPR_Paradox_Bell_s_Inequality_Handout.pdf
  • EPR_Paradoxon_and_Bell_s_Inequality.pdf
• Do   16.7.2020 09:15   Bose-Einstein Condensation
  Nils Tobias Becker
  Literaturvorschläge: PS, Co, Lan Stat. Phys. Ch. 5, LP, Leg
  • Bose-Einstein-Kondensat.pdf
  • Bose-Einstein-Kondensat-handout.pdf

Materialien

• Literaturvorschlaege_PSEM_QM_SomSe_2020.pdf

Übungsgruppen

• Gruppe 01 (Klevansky / Thommes)
  11 Teilnehmer/innen
  Do 9:15 - 11:00