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We report transport measurements in HgTe-based quantum wells with well widthof 8 nm, corresponding to quantum spin Hall state, subject to in-plane magneticfield. In the absence of the magnetic field the local and nonlocal resistancesbehave very similar, which confirms the edge state transport in our system. Inthe magnetic field, we observe a monotonic decrease of the resistance withsaturation of local resistance, while nonlocal resistance disappearscompletely, independent of the gate voltage. We believe that these evidences ofmetallic behavior indicate a transition to a gapless two-dimensional phase,according to theoretical predictions. The influence of disorder on resistivityproperties of HgTe quantum wells under in-plane magnetic field is discussed.

Transition from insulating to metallic phase induced by in-plane magnetic field in HgTe quantum wells