Frequency-domain quantum computation to selectively manipulate many qubits

We propose an implementation scheme of a frequency-domain quantum computation (FDQC) to avoid major gate errors accompanying the computation. The FDQC is a way to implement many solid-state qubits defined in a frequency domain without distinction of their positions. The FDQC has some gate errors due to unwanted effects of operation lights on qubits. We investigate conditions to perform gates suppressing the errors using a model of the FDQC with the unwanted interactions. Consequently, we find a scheme to selectively manipulate many qubits using the FDQC.