Cyclotron Resonance of Extremely Conductive 2D Holes in High Ge Content Strained Heterostructures

O. A. Mironov,M. Goiran,J. Galibert,D. V. Kozlov,A. V. Ikonnikov,K. E. Spirin,V. I. Gavrilenko,Giovanni Isella,M. Kummer,H. von Känel,O. Drachenko,Manfred Helm,Joachim Wosnitza,R. J. H. Morris,D. R. Leadley

Cyclotron Resonance of Extremely Conductive 2D Holes in High Ge Content Strained Heterostructures

2010

O. A. Mironov
M. Goiran
J. Galibert
D. V. Kozlov
A. V. Ikonnikov
K. E. Spirin
V. I. Gavrilenko
Giovanni Isella
M. Kummer
H. von Känel
O. Drachenko
Manfred Helm
Joachim Wosnitza
R. J. H. Morris
D. R. Leadley

Cyclotron resonance has been observed in steady and pulsed magnetic fields from high conductivity holes in Ge quantum wells. The resonance positions, splittings and linewidths are compared to calculations of the hole Landau levels.

Keywords:

Condensed matter physics
Nuclear magnetic resonance
Cyclotron resonance
Effective mass (solid-state physics)
Heterojunction
Quantum well
Magnetic field
Electron cyclotron resonance
Landau quantization
Resonance
Physics

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