Moscow Bavarian - Joint Advanced Student School (MB-JASS)Course 2: Nanotechnology and New Materials in Electronics |
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Anatoly Danilevich 1D Quantum Rings and Persistent Currents Presentation (PDF) Paper (PDF) |
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Anton Lopatin Graphene - A New Electronic Material Presentation (PDF) Paper (PDF) |
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Constanze Jahn Density Functional Study of Carbon Mono- and Bilayers on SiC Presentation (PDF) Paper (PDF) |
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Ervand Kandelaki Supersymmetry and Quantum Hall Effect in Graphene Presentation (PDF) Paper (PDF) |
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Ryan Requist Density Matrix Functional Theory vis-á-vis Density Functional Theory Presentation (PDF) Paper (PDF) |
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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 |
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Dmitrii Nikiforov Semiconductor heterostructures for transistor applications |
Maksim Panteleev Dynamical evolution of electronic states in nanostructures |
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| Mikhail Symunin Carbon nanotube technology |
Vsevolod Tuzovsky Charge selective contact on ultra-thin In(OH)xSy / Pb(OH)xSy heterostructure prepared by SILAR |
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Anastasiya Zheleznyakova Synthesis of nanowires by pulsed current electrodeposition |
Maksim Zhuravlev Symmetry breaking in resonant tunneling heterostructures |
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Prof. Dr. Oleg Pankratov Course Director Density Functional Method: The Theory of Materials Plenary (PDF) Presentation (PDF) |
Prof. Dr. Alexander A. Gorbatsevich Course Director |
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