Efficient implementation of quantum arithmetic operation circuits
作者：Heng Fan
摘要：Realization of robust quantum computing is a tremendous task.On one hand,one must reduce errors as many as possible using various means[1-3];on the other hand,one may make large error rates tolerable via fault-tolerant implementation.In achieving tolerant against noises,the cost to pay is the increased number of gates used.Therefore,an efficient implementation of fault-tolerant gates is crucial.As already evidenced,Clifford gates with a T gate can form a universal set of fault-tolerant gates.
发文机构：Institute of Physics CAS Center for Excellence in Topological Quantum Computation Songshan Lake Material Laboratory
关键词：QUANTUMARITHMETICEFFICIENT
分类号： O41[理学—理论物理]
CSCD注：学术社仅提供期刊论文索引，查看正文请前往相应的收录平台查阅
相关文章
- Grain boundary segregation and relaxation in nano-grained polycrystalline alloys
- Electrically pumped terahertz laser based on a topological insulator quantum dot array
- SCIENCE CHINA Physics,Mechanics & Astronomy SUBJECT INDEX TO VOLUME 63(2020)
- Anomalous phonon softening in the topological insulator Sn-doped Bi1.1Sb0.9Te2S
- A new perspective on thermonuclear reactions
- Natural orbitals renormalization group approach to a Kondo singlet
- Can non-standard recombination resolve the Hubble tension?
- Efficient implementation of quantum arithmetic operation circuits
- Information for Authors
- The meridional circulation of the Sun: Observations, theory and connections with the solar dynamo