"}  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  \  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  \  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  [0.00]{} ![Optimized circuits for $n=0, \ldots, 0$ with $\vec s = 0^{n-0}00$. We omit qubit $0$ with input $y_0$, which is not required after optimization.[]{data-label="fig:collection_circuit"}](circuit_Opt_n=0.pdf "fig:"){width="00.00000%"}  [