Performance of 1D quantum cellular automata in the presence of error
This work expands CORRECTOR a previous block-partitioned quantum cellular automata (BQCA) model proposed by Brennen and Williams [Phys.Rev.A.68, 042311 (2003)] to incorporate physically realistic error models.These include timing errors in the form of over- and under-rotations of quantum states during computational gate sequences, stochastic phase