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The results of an experimental study of the energy spectrum of the valenceband in a HgTe quantum well of width d<6.3 nm with normal spectrum in thepresence of a strong spin-orbit splitting are reported. The analysis of thetemperature, magnetic field and gate voltage dependences of the Shubnikov-deHaas oscillations allows us to restore the energy spectrum of the two valenceband branches, which are split by the spin-orbit interaction. The comparisonwith the theoretical calculation shows that a six-band kP theory well describesall the experimental data in the vicinity of the top of the valence band.

Hole transport and valence band dispersion law in a HgTe quantum well with normal energy spectrum