量子的半保留克隆

目的提出一种使得量子可以完全克隆的机制——量子半保留克隆机制。方法比较量子的克隆机制与DNA的半保留机制,研究量子的半保留克隆机制。结果通过各种条件的对比研究,获得量子的半保留克隆机制。结论存在任意一个未知的、具有空间对称的量子态,不需要正交条件,其可以在量子克隆机作用下以任意一个基矢为模板,按照空间同步的或者空间异步的方式,克隆出另外一个基矢;在空间的对称操作下产生分离,形成了两个与初始量子态完全等价的量子态;两个量子态各半保留了其初始量子态的基矢。

Semi-conservative cloning of quantum

Aim To construct the mechanism of quantum semi-conservative cloning,a faithful cloning mechanism.Methods Comparing the quautum doning mechanism with DNA semiconsverative cloning mechanism and investigating quautum semi-consverative cloning mechanism.Results Through comparative study under various conditions the quantum semi-consverative cloning mechanism is obtained.Conclusion There was an unknown and spatial-symmetric quantum, having no use for the orthogonal condition,which could be cloned.Under the effect of the quantum-cloning machine,it modeled itself on any one given basis,a synchronous or spatial asynchronous form,and cloned another basis.Finally by the spatial symmetry operation,it separated and formed two quantum states that equaled the initial one.And such two quantum states had reserved half of the basis of the initial quantum state respectively.