Temperature evolution of optical transitions in HgTe Quantum Well investigated by magnetotransmission.

The aim of this data collection was to investigate the temperature evolution of all four possible optical transitions originating from zero-mode Landau Levels in 8nm HgTe quantum wells embedded in HgCdTe barriers. Measurements were performed by using a Fourier Transform spectrometer coupled to a superconducting coil, at temperatures ranging from 2K to 60K, under magnetic field up to 10T. This dataset contains 4 zipped folders and a readme.txt file.Each folder contains the raw files of 43 spectra collected at magnetic fields ranging from 0 to 10T , with a 0.25T step at a given temperature.