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We introduce a method to speed up adiabatic protocols for creatingentanglement between two qubits dispersively coupled to a transmission line,while keeping fidelities high and maintaining robustness to control errors. Themethod takes genuinely adiabatic sweeps, ranging from a simple Landau-Zenerdrive to boundary cancellation methods and local adiabatic drivings, and addsfast oscillations to speed up the protocol while canceling unwantedtransitions. We compare our protocol with existing adiabatic methods in astate-of-the-art parameter range and show substantial gains. Numericalsimulations emphasize that this strategy is efficient also beyond therotating-wave approximation and that the method is robust against random staticbiases in the control parameters and with respect to damping and decoherenceeffects.

Accelerating adiabatic protocols for entangling two qubits in circuit QED