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A half-mirror that divides a spin-polarized electron into two parallelcopropagating spin-resolved quantum Hall edge channels one half each ispresented in this study. The partition process was coherent, as confirmed byobserving the Aharonov-Bohm oscillation at a high visibility of up to 60% in aMach-Zehnder interferometer, which comprised two such half-mirrors. The devicecharacteristics were highly stable, making the device promising in theapplication of quantum information processing. The beam-splitting process istheoretically modelled, and the numerical simulation successfully reproducesthe experimental observation. The partition of the electron accompanied by thespin rotation is explained by the angular momentum transfer from the orbital tothe spin via spin-orbit interactions.

Half-mirror for electrons on quantum Hall copropagating edge channels