QIM:量子信息与测量

“量子信息与测量”通常被缩写为QIM(Quantum Information and Measurement),这一简称广泛用于学术和科技领域,便于书写和快速交流。该术语属于综合性研究范畴,覆盖量子计算、量子通信及测量技术等交叉内容,目前尚未进一步细分。

Quantum Information and Measurement具体释义

  • 英文缩写:QIM
  • 英语全称:Quantum Information and Measurement
  • 中文意思:量子信息与测量
  • 中文拼音:liàng zǐ xìn xī yǔ cè liáng
  • 相关领域qim 未分类的

Quantum Information and Measurement的英文发音

例句

  1. An ideal source of single photons emits one and only one photon in each time, which is a crucial resource for exploring the quantum nature of light and also a essential tool for quantum information processing and high-precision measurement.
  2. 理想的单光子源是指任意时刻都可以发射且只发射一个光子的光源。单光子源不仅是研究光量子本性的重要资源,也是实现量子信息处理和高精度测量的必要工具。
  3. Squeezed light is important nonclassical light state of Quantum optical experiments. It is applied widely in quantum information, quantum communication and precise measurement etc.
  4. 压缩态光场是量子光学实验研究中的重要非经典光场,广泛应用于量子信息、量子通信、精密测量等领域。
  5. In quantum information, the superposition and collapse measurement of quantum states ensure the security of the quantum key distribution. Also, the superposition and evolution of the quantum state can support the parallel work for a quantum computer.
  6. 在此量子信息理论中,量子力学的量子态叠加理论和测量塌缩理论保证了量子密钥分配的安全;同样量子态叠加理论和演化理论使得量子计算可以并行工作,其效率将远优于普通电子计算机。
  7. The foundation of quantum information is preparation, operation, transmission, storage and measurement of quantum state.
  8. 量子信息的基础则是量子态的制备、操控、传输、存储以及测量。
  9. We may make three-particle entanglement using the source of three-particle W states. Put this particle entanglement down as quantum channel, and transfer information of Bell states measurement and von Neumann measurement using classical channel, the quantum teleportation net may then be realized.
  10. 利用W态纠缠源可以产生三纠缠粒子,用这些相互纠缠的粒子作为量子信道,再辅以经典信道传送Bell基联合测量信息和vonNeumann测量信息,便可实现量子隐形传态网络。