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We investigate detection of Dirac quanta in a uniformly eccentric rotatingframe both with canonical and detector approaches by employing relativisticrotational transformations. First we consider a relativistic uniformlyeccentric rotating detector that is coupled to the scalar density of a masslessDirac field, and show that this detector has a nonzero response function andobserves a Planckian energy spectrum. Then using relativistic rotationaltransformations, we investigate the canonical quantization of Dirac field inrelativistic eccentric rotating frame. We show that it's not possible to obtainthe analytic solution for Dirac equation in this frame and so canonicalapproach can not be carried out.

The fermionic Unruh effect in relativistic eccentric uniformly rotating frames