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We present nonlocal resistance measurements in an ultra high mobility twodimensional electron gas. Our experiments show that even at weak magneticfields classical guiding along edges leads to a strong non local resistance onmacroscopic distances. In this high Landau level regime the transport alongedges is dissipative and can be controlled by the amplitude of the voltage dropalong the edge. We report resonances in the nonlocal transport as a function ofthis voltage that are interpreted as escape and formation of edge channels.

Quantized escape and formation of edge channels at high Landau levels