|
Our Fourier spectrometer is used to measure the infrared spectra of
semiconductor superlattices and nanostructures in the wavelength range
from 2 to 500 micrometers. Special cryostats are able to study the
infrared spectra in samples at temperatures down to 300mK and in magnetic
fields up to 14 Teslas.
We are currently studying the cyclotron resonance of electron-hole systems
looking for evidence of Coulomb interactions and possible Bose-Einstein
condensation.
Our Fourier Spectrometer is connected up to a
14T superconducting magnet. All of the data collection is automated.
|
