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We theoretically examine the capacitive coupling between two quantum dothybrid qubits, each consisting of three electrons in a double quantum dot, as afunction of the energy detuning of the double dot potentials. We show that ashaped detuning pulse can produce a two-qubit maximally entangling operation in$\sim$50ns without having to simultaneously change tunnel couplings.Simulations of the entangling operation in the presence of experimentallyrealistic charge noise yield two-qubit fidelities over 90%.

Rapid adiabatic gating for capacitively coupled quantum dot hybrid qubits without barrier control