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Vorlesung: Quantum Optics with Solid-State – Supplementary materials

Skript zur Vorlesung

17_notes_Interband transitions (409 KByte)
17_Interband transitions in III-V (2 MByte)
16_notes_Carbon nanotube band structure (503 KByte)
16_CNT excitons (2 MByte)
Seminar_Excitons in field-effect devices (1 MByte)
15_notes_TMD excitons (98 KByte)
15_TMD excitons (1 MByte)
14_notes_Excitons (329 KByte)
14_Excitons in conventional semiconductors (1 MByte)
Seminar Presentation_Single Atom in Transmission (1 MByte)
13_notes_Light-matter interaction_2 (305 KByte)
12_notes_Light-matter interaction_1 (661 KByte)
Seminar presentation_Epitaxial QDs (5 MByte)
Seminar presentation_Gaussian modes in microcavities (2 MByte)
11_notes_Basics of light (772 KByte)
11_Basics of light (5 MByte)
09_notes_Spin-orbit effects_GaAs (284 KByte)
09_Spi-orbit in GaAs and TMDs (4 MByte)
08_notes_Graphene and carbon nanotubes (499 KByte)
08_Graphene and carbon nanotubes (4 MByte)
07_notes_Band structure from tight binding (319 KByte)
07_Bandstructure graphene (2 MByte)
06_notes_Quantum dots (577 KByte)
06_Quantum dots (359 KByte)
05_Nanofabrication (9 MByte)
04_notes_Quantum wells (650 KByte)
04_Quantum wells (1 MByte)
TOC_WS17-18_final (20 KByte)
03_notes_Semiconductor doping and heterostructures (628 KByte)
03_Semiconductor doping and heterostructures (1 MByte)
02_notes_Bandstructure of semiconductors (418 KByte)
02_Band structure of semiconductors (521 KByte)
01_Crystalline matter and band structure (14 MByte)
01_notes_Free and quasi free electrons (960 KByte)
Seminar assigment (18 KByte)
Seminar topics_QOS (5 MByte)
TOC_WS17-18_Seminars (20 KByte)
00_Introduction (7 MByte)