Parallel entangling gates on trapped ions enable graph-agnostic simultaneous operations with independent calibration, yielding linear execution time reductions for disjoint pairs and comparable fidelities across patterns.
We use an ideal set of mode frequencies and Lamb-Dicke parameters obtained by assuming We observe that there is a one-to-one power-time tradeoff, just as in the series pulses
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Arbitrary parallel entangling gates with independent calibration on a trapped ion quantum computer
Parallel entangling gates on trapped ions enable graph-agnostic simultaneous operations with independent calibration, yielding linear execution time reductions for disjoint pairs and comparable fidelities across patterns.