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Vorlesung: Photonics of self-assembled nanosystems – Overview

Lecturer:                            Contact: 

Prof. Dr. Alexander Högele     alexander.hoegele@physik.uni-muenchen.de
Prof. Dr. Tim Liedl                 tim.liedl@physik.lmu.de

Lecture: Tuesday 14:00-16:00 (N110)
              Thursday 14:00-15:00 (N110)

Übung: Thursday 15:00-16:00 (N110)


Literature:
Geoffrey A Ozin & André C Arsenault: "Nanochemistry. A Chemical Approach to Nanomaterials"
C. M. Niemeyer, C. A. Mirkin (Ed.): "Nanobiotechnology. Concepts, Applications and Perspectives"

Content:

Week Date Topic
42 18.10.16 What is self-assembly & Nanophotonics?
42 20.10.16 Seminarthemenvergabe
43 25.10.16 Light: Maxwell equations, wave equation, Gaussian, photon number, coherence
43 27.10.16 Light-matter interaction: classical dipole (atom, molecule)
44 01.11.16 Feiertag
44 03.11.16 Solid state band structure, nanocrystals. S: Single photons
45 08.11.16 Metals: plasmon Drude model
45 10.11.16 Nanoplasmonics. S: Flat optics
46 15.11.16 Semiconductors
46 17.11.16 Semiconductor QDs. S: QDs (saqd/colloidal)
47 22.11.16 Light-matter interaction: Semiclassical, spin-photon interface
47 24.11.16 Resonant scattering, flourescence. S: spins in QDs and NVs
48 29.11.16 Interacting systems: dipole-dipole (QD-QD) system
48 01.12.16 Light-matter interaction: quantum. S: FRET
49 06.12.16 QD-NP system: Purcell/cavity, Fano/collective NP systems
49 08.12.16 Top-down nanofabrication. Clean-room tour
50 13.12.16 General principles of self-assembly, Entropy vs. Enthalpy
50 15.12.16 Chemical bonds. S: Super-resolution
51 20.12.16 Crystalline Self-Assembly (NPs, lipids ...)
51 22.12.16 Methods. (S: Membranes)
52 27.12.16  
52 29.12.16  
01 03.01.17  
01 05.01.17  
02 10.01.17 Biochemistry 101
02 12.01.17 Methods. S: PCR, Aptamers
03 17.01.17 Physics of DNA, DNA/RNA folding, DNA self-assembly
03 19.01.17 CAD software, protein engineering. S: Proteins
04 24.01.17 Functionalizing NPs and Surfaces
04 26.01.17 Particle dimers and groups. S: DNA origami
05 31.01.17 Exam
05 02.02.17 Exam
06 07.02.17 Hierarchical self-assembly, NP superlattices
06 09.02.17 DNA-assembled devices