CAJ | 학술논문

论文以溶于重水的胞嘧啶中的两个氢的核自旋作为量子比特,直接从热平衡态开始进行Arvind算法,得到了预期结果;在同核系统中实验实现了Arvind 算法.谱图中线形扭曲和误差主要是由于频偏效应和选择脉冲的不完美.了解和发展在同核系统中实现核磁共振量子计算的技术,将有助于我们实验实现需要多个比特的量子计算,更好的理解量子计算.
논문이용우중수적포밀정중적량개경적핵자선작위양자비특,직접종열평형태개시진행Arvind산법,득도료예기결과;재동핵계통중실험실현료Arvind 산법.보도중선형뉴곡화오차주요시유우빈편효응화선택맥충적불완미.료해화발전재동핵계통중실현핵자공진양자계산적기술,장유조우아문실험실현수요다개비특적양자계산,경호적리해양자계산.
Recently Arvind and Mukunda have given a quantum algorithm distinguishing the odd and even nature of a given binary function, which do not need to prepare a pseudo-pure state and need only one experiment to get the output. Preparing a pseudo-pure state costs a lot; so bypassing it is very meaningful for NMR quantum computation. The algorithm was implemnted on a two-hydrogen homonuclear spin system with the expected result, which confirmed the algorithm experimentally.