Superluminal Physics with Superconducting Circuit Technology
Carlos Sab\'in, Borja Peropadre, Lucas Lamata, Enrique Solano
TL;DR
This paper presents a method using superconducting circuits to simulate superluminal motion and related phenomena like Ginzburg radiation and mirror superluminal motion, linking it to superradiant phase transitions.
Contribution
It introduces a novel toolbox for quantum simulation of superluminal motion phenomena using superconducting circuit technology.
Findings
Simulated superluminal qubit motion exceeding light speed in medium.
Predicted emission of Ginzburg radiation during superluminal motion.
Linked superluminal mirror simulation to superradiant phase transition.
Abstract
We introduce a toolbox for the quantum simulation of superluminal motion with superconducting circuits. We show that it is possible to simulate the motion of a superconducting qubit at constant velocities that exceed the speed of light in the electromagnetic medium and the subsequent emission of Ginzburg radiation. We consider as well possible setups for simulating the superluminal motion of a mirror, finding a link with the superradiant phase transition of the Dicke model.
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