Modelling of Miniature Ion Traps for Quantum Computing
Boris Brkić · AIP conference proceedings · 2004
Ion traps are one of the leading technologies for the implementation of quantum computers in hardware. They are a vacuum technology that captures small number of laser‐cooled ions in a linear trap and uses their quantum states to construct quantum circuits. We present the simulation results for quantum computing in a miniature ion trap in order to investigate electrostatics, ion motion and trapping efficiency for a given electrode geometry.