Abstract
The master robot carries a current which is modeled as the sum of a classical current Jmc(t,r) and a quantum fluctuation current described by the Dirac field ψm(t,r) of electrons and positrons. The radiation field produced by this current interacts with the slave current and described by the sum of a classical current Jsc(t,r) and a quantum fluctuation current ψs(t,r). The motion of the master and slave robots with these interaction terms is described and techniques for calculating quantum fluctuations in the Euler angles are described. The obtained results show the efficacy of the proposed method.
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