我们在场在现在的试验性的技术下面在偏导水流的 Josephson 连接(CBJJ ) 用二水平的系统(TLS ) 认识到量计算的一个可行计划。由用作收款机 qubit 的 CBJJ 的 TLS 的有效操作能被获得,例如初始化, single-qubit 旋转, two-qubit 门,纠纷产生,并且读出,等等。另外,我们也讨论计划的试验性的可行性和效率。
We present a feasible scheme that realizes quantum computation using the two-level systems (TLSs) in Current-biased Josephson junction (CBJJ) under the present experimental technology. Effective manipulation of the TLSs by CBJJ serving as register qubit can be obtained, such as initialization, single-qubit rotations, two-qubit gates, entanglement generation, and read out, etc. In addition, we also discuss the experimental feasibility and efficiency of the scheme.