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From a cluster physics point of view diamondoids are
perfect diamond – or more generally speaking group IV semiconductor
– clusters. They are ideal systems for the investigation of
fundamental aspects about atomic structures on sub-nanometer and
nanometer length scales. They are completely sp3-hybridized, fully
surface terminated, and they can be size and even structure selected.
Due to their thermodynamic stability they can be brought into the gas
phase allowing unique investigations on neutral, interaction-free,
size- and structure selected single clusters with bulk lattice
structure. While such systems are the basis for virtually all
theoretical investigations they could never be investigated
experimentally because they have previously not been available.
more about... 
FEL - Just brilliant! 
Free-electron lasers are new
brilliant light sources able to produce photon densities that are
several magnitudes higher than those of 3rd generation synchrotrons.
The extremely high photon flux opens the door to new experiments in
the field of non-linear light-matter interaction.
mehr zu: FEL - Just
Prof. Dr. Thomas Möller
+49 (0)30 314-23712
Raum EW 340
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