COBRA Annual Report 2007 - Technische Universiteit Eindhoven
COBRA Annual Report 2007 - Technische Universiteit Eindhoven
COBRA Annual Report 2007 - Technische Universiteit Eindhoven
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28<br />
Prof.dr. B. Koopmans<br />
3.2.10 Physics of Nanostructures Group (FNA)<br />
The mission of the group is the exploration and<br />
exploitation of novel physical phenomena at the<br />
nanometer scale by engineering the (magnetic)<br />
properties and structure of nanosystems.<br />
Nanomagnetism<br />
Deposition and engineering of layered and<br />
nano-structured systems. In-situ and ex-situ<br />
characterization of structural and magnetic<br />
properties. Implementation and development of<br />
novel SPM methods for analysis and manipulation<br />
at nanometer to atomic scale [1,2].<br />
Spintronics<br />
Tailoring spin-polarized transport in ferromagnetic<br />
and hybrid nanostructures. Specific emphasis<br />
on magnetic tunnel-junctions, spin-injection /<br />
manipulation in(to) semiconductors, and molecular<br />
spintronics [3,4].<br />
Ultrafast spin dynamics<br />
Investigation of ultimate limits of spin dynamics<br />
in ferromagnetic nanostructures. Development<br />
of novel concepts for high-data rate recording.<br />
Development of near-field femtosecond magnetooptical<br />
microscopy [5].<br />
The program is inspired by the challenges of<br />
nanoscience and nanotechnology. At present,<br />
the main emphasis is on processes and systems<br />
that are relevant for the future development of<br />
(magnetic) data storage and spinelectronics. While<br />
this approach is strongly curiosity driven, aiming at<br />
a high scientific impact, particular those issues are<br />
selected with a high technological relevance.