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Quantum transport in Cu nanowires

Investigation of the quantum conductance (G0 = 2e2/h) in Cu nanowires and observation of a lift in the 2e2/h quantisation degeneracy in an applied magnetic field.
Dr. David Gillingham, Dr. Luis Benito

Ex situ and in situ Brillouin light scattering

In situ studies of the spin dynamics in ultrathin epitaxial Fe/GaAs films at the superparamagnetic-ferromagnetic phase transition.
Dr. Stephan Steinmüller, Desmond Tse

Co/Cu(001) and Ni/Cu(001) epitaxial films

Study of the dependence of the coercive field on the Cu overlayer thickness in thin Co/Cu(001) and Ni/Cu(001) fcc epitaxial films.
Dr. Carlos Vaz

Spin engineering in magnetic nanostructures

Engineering of anisotropy constrained magnetic walls by "forced" epitaxial/polycrystalline growth of thin Ni films on a micrometer scale.
Dr. Wen-Siang Lew

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Also in this section

Co/Cu(001) and Ni/Cu(001) epitaxial films

 
Ex situ and in situ Brillouin light scattering

 
Quantum transport in Cu nanowires

 
Spin engineering in magnetic nanostructures