Friedrich-Alexander-Universität Erlangen-Nürnberg	Technische Universität München	Moscow Institute of Electronic Technology	Lomonosov Moscow State University	Julius-Maximilians- Universität Würzburg

Moscow Bavarian - Joint Advanced Student School (MB-JASS)

Course 2:  Nanotechnology and New Materials in Electronics

Participants:

	Anatoly Danilevich 1D Quantum Rings and Persistent Currents Presentation (PDF) Paper (PDF)		Anton Lopatin Graphene - A New Electronic Material Presentation (PDF) Paper (PDF)
	Constanze Jahn Density Functional Study of Carbon Mono- and Bilayers on SiC Presentation (PDF) Paper (PDF)		Ervand Kandelaki Supersymmetry and Quantum Hall Effect in Graphene Presentation (PDF) Paper (PDF)
	Ryan Requist Density Matrix Functional Theory vis-á-vis Density Functional Theory Presentation (PDF) Paper (PDF)		Dipl.-Phys. Marc Siegmund Teaching assistent Persistent Current and Wigner Localization in a One-Dimensional Quantum Ring Presentation (PDF) Paper (PDF)
Ekaterina Alekseeva Electronic structure of carbon nanotubes		Yaroslav Gerasimenko Spin density waves - state of the problem
Dmitrii Nikiforov Semiconductor heterostructures for transistor applications		Maksim Panteleev Dynamical evolution of electronic states in nanostructures
Mikhail Symunin Carbon nanotube technology		Vsevolod Tuzovsky Charge selective contact on ultra-thin In(OH)xSy / Pb(OH)xSy heterostructure prepared by SILAR
Anastasiya Zheleznyakova Synthesis of nanowires by pulsed current electrodeposition		Maksim Zhuravlev Symmetry breaking in resonant tunneling heterostructures
	Prof. Dr. Oleg Pankratov Course Director Density Functional Method: The Theory of Materials Plenary (PDF) Presentation (PDF)	Prof. Dr. Alexander A. Gorbatsevich Course Director