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Investigating microwave absorption in asymmetric Si quantum wells in anexternal magnetic field, we discover a spin dependent component of Jouleheating at spin resonance. We explain this effect in terms of Rashba spin-orbitcoupling which results in a current induced spin precession and Zitterbewegung.Evidence is based on the observation of a specific dependence of the electronspin resonance line shape and its amplitude on the experimental geometry whichin some range suggests a "negative" differential power absorption.

Spin Dependent Joule Heating due to Rashba Coupling and Zitterbewegung