| 1. | Key laboratory of quantum information and quantum measurements , ministry of education of china , beijing , 100871
教育部量子信息与量子测量重点实验室，北京， 100871 |
| 2. | Essential difference of function mechanism between classical mechanics and quantum mechanics and quantum measurement
经典力学与量子力学作用机制的本质区别与量子测量问题 |
| 3. | Essential difference between macroscopic traditional mechanics and microscopic quantum mechanics in interaction mechanism
宏观经典力学与微观量子力学作用机制的本质区别与量子测量问题 |
| 4. | Thanks to the interpretation of quantum decoherence , progress has been made in solving the problem of quantum measurement
摘要量子测量退相干解释，在解决量子测量难题上正在取得进展。 |
| 5. | Quantum measurement can ’ t get all information of the quantum state , so it needs quantum state tomography to reconstruct the output quantum state
量子测量不能获得量子态的完整信息,因此需要采用量子状态层析对量子态进行重构。 |
| 6. | A contrast between two methods of system estimation , gives out that the differences are based on which quantum measurement can only get partial information of the quantum state
对同为系统估计方法两者进行比较,得出其差异的根本点在于量子测量不能获得量子态的完整信息。 |
| 7. | However , neither specific model for interpretation nor entanglement formed by the system to be measured and macro - instrumentation is logically reasonable in theoretical system of decoherence interpretation
但量子测量退相干解释的具体模型，被测系统与宏观仪器所形成的纠缠态，在退相干解释理论体系中，逻辑不自恰。 |
| 8. | Quantum entropy theory is the foundation and powerful tool in understanding and studying such problems as quantum computation , quantum communication , quantum teleportation , quantum measurement and quantum entanglement
它是理解和研究量子计算、量子通信、量子隐形传态、量子测量、量子纠缠等热点课题的理论基础和有力工具。 |
| 9. | The quantum fluctuation in a squeezed state can be less than that in a coherent state . so it is possible that the squeezed states can be play a most important role in quantum communication , quantum calculation and quantum measurements and so on
压缩态中的量子涨落可以小于相干态中的量子涨落，因此可望在未来的量子通信、量子计算、量子测量等信息科学中发挥着重要的作用。 |
| 10. | Quantum decoherent study has an important meaning in the field of quantum measurement . because it is necessary to induct classical meter , it come into being entangle between the classical meter and the measured system through the system - meter interaction
量子退相干研究在量子测量领域中具有重要的意义，在测量过程中，不可避免地引入测量仪器，通过被测系统与测量仪器的相互作用，在它们之间形成纠缠。 |
