Fast pulse-shaping equipment for superconducting quantum computing

近年来，对信息的物理性质的研究表明，当人们使用最基本的自然理论-量子力学时，计算的新可能性就会出现。量子计算是一个新的研究领域，涉及如何通过适当的编码将信息处理成受控量子系统的状态。各种类型的物理系统被认为是实现量子信息处理器的基本单元，量子比特。超导量子比特由于其在大规模量子计算中的独特前景而引起了人们的广泛关注。这些前景在于它们的构建方式：超导量子比特是微米级的超导电路，使用微电子学的成熟技术制造。

In recent years, research on the physical nature of information showed that new possibilities for computation arise when one uses the most fundamental theory of nature - quantum mechanics. Quantum computation is a new area of research concerned with ways to process information by proper encoding into the state of controlled quantum systems. Various types of physical systems are considered for the implementation of the basic unit of a quantum information processor, the quantum bit. Superconducting quantum bits have attracted a lot of attention due to their unique prospects for large-scale quantum computing. These prospects reside in the way in which they are built: superconducting quantum bits are micron-sized superconducting electrical circuits, fabricated using established techniques from microelectronics.