shift gate造句

• Controlled phase shift gate
  受控相位偏移闸
• Phase shift gate
  相位偏移闸
• A novel quantum neural computational model is constructed based on the universal quantum gates unit ( i . e . phase - shift gate and controlled not gate ) , which acts as the basic computational component
  研究以通用量子逻辑门组(即相移门和受控非门)作为计算基函数，构造新的量子神经计算网络模型。
• In chapter 3 , we focus our attention on discussing the geometric phase ( berry phase ) of quantum state evolving adiabatically and the controlling mechanism about the two - qubit conditional geometric quantum phase - shift gate realized by using of the adiabatic geometric phase - shift
  第三章，集中讨论了量子态的绝热演化几何相( berry相)以及绝热几何相移实现的两量子位条件几何量子相移门的控制机制。
• In practice , this dissertation focuses on the study of the aforementioned two problems , we have investigated and analyzed the controlling mechanism of the adiabatic conditional geometric quantum phase - shift gates for two - qubit , and realized the geometric quantum computation by making use of the nonadiabatic geometric phase of quantum states of the superconducting josephson junctions quantum interference device system . we have also discussed the accessible information of quantum signal resource ensemble , and studied the teleportation of an arbitrary d - dimensional tv - particle unknown state via a partially - entangled quantum channel ; this dissertation comes in four parts
  实际上，我们在本文中就上述两方面的问题作了一些探讨：研究和分析了两量子位绝热条件几何量子相移门的控制机制，利用超导约瑟夫森结量子器件系统的量子态的非绝热几何相位实现了几何量子计算、讨论了信源系综的可接收信息问题以及任意d维n粒子未知量子态通过部分纠缠量子信道的隐态传输问题等。
• We also show the relationships between the frequency of the external laser fields and the transition of the qubit in the two - qubit conditional geometric quantum phase - shift gate , explaining in detail how the transition of the qubit depends on the the external laser fields and the states of the controlling qubit . we also detail the theoretical ideas which explain how to control effectivly the two - qubit conditional geometric quantum phase - shift gates through external laser fields
  我们得到了外加激光场频率跟两量子位条件几何量子相移门中的量子位跃迁之间的关系，详细地说明了量子位的跃迁是怎样依赖于外加激光场和控制量子位的状态的，从理论上解释了如何利用外加激光场有效的控制两量子位条件几何量子相移门。
• The second part , which includes chapter 3 and 4 , is designed to discuss the problem about geometric quantum computation : the study of the effective controlling and manipulating on the two - qubit conditional geometric quantum phase - shift gate and the realization of the two - qubit nonadiabatic conditional geometric quantum phase gate
  第二部分包括第三章和第四章，这部分主要讨论几何量子计算问题：两量子位条件几何量子相移门的有效控制和操纵及两量子位非绝热条件几何量子相位门的实现。