Recently, a few research groups have reported the growth of germanene, a new member of the graphene family [1]. Germanene is in many aspects very similar to graphene, but in contrast to the planar graphene lattice, the germanene honeycomb lattice is slightly buckled and composed of two vertically displaced sub-lattices. Frist principles total energy calculations have revealed that free-standing germanene is a two-dimensional Dirac fermion system, i.e. the electrons behave as massless relativistic particles that are described by the Dirac equation, i.e. the relativistic variant of the...
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Seminars and workshops of department 26
Past seminars and workshops
Ivan Rungger | Beyond-DFT corrections for quantum transport simulations | 07.12.2017 14:00 |
Matthias Bode | Remote STM-induced single-molecule isomerization | 05.12.2017 10:00 |
N. R. Papior | Multiprobe NEGF calculations & molecular projected transport | 30.11.2017 14:00 |
P. Roca i Cabarrocas | Low temperature plasma epitaxy. How does it work? | 23.11.2017 13:00 |
Wieslaw J. Roth (1,2) and Jiří Čejka (1) | Zeolites: From 3D to 2D Materials | 21.11.2017 15:00 |
Alexander Schwarz | Magnetic Exchange Force Microscopy and Spectroscopy | 07.11.2017 16:00 |
Kazuko Matsumoto | Lanthanide and Nanodiamond for Future Luminescent Materials | 21.07.2017 13:00 |
Karina Morgenstern | STM investigation of laser driven processes at surfaces | 13.06.2017 10:00 |
Paul S. Weiss | Cooperative Function in Atomically Precise Nanoscale Assemblies | 07.06.2017 10:00 |
Silvia Karthäuser | Buckminsterfullerene: a probe to reveal hidden surface properties of metals | 06.06.2017 10:00 |
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Department of Thin Films and Nanostructures (26)
Short news
Institute and media
Rádio ZET, 21.11.2017.
Pozornost laické veřejnosti poutá...
FLEET.ORG, 19.8.2017.
There is considerable excitement about...
The Czech Academy of Sciences, 9.8.2017.
Over the past few...
Prague Daily Monitor, 9.6.2017.
A world-unique laser system has...