For students and researchers alike, the field of quantum computing is difficult to approach. The nature of quantum computing runs counter to the intuitive framework applied to most other domains in the computer sciences. Specialized quantum computing systems are not readily available if they exist at...
P. Nyman, “Simulation of Quantum Algorithms with a Symbolic Programming Language,” e-prints, No. 705 (May 2007).P. Nyman. Simulation of quantum algorithms with a symbolic program- ming language. ArXiv e-prints, 705, may 2007.P. Nyman, "Simulation of quantum algorithms with a symbolic ...
A key open question in quantum computing is whether quantum algorithms can potentially offer a significant advantage over classical algorithms for tasks of practical interest. Understanding the limits of classical computing in simulating quantum systems
Duality quantum algorithm was proposed in 200273for the first time and developed fast74,75,76,77. Because of the abilities to realize both the products and linear combinations of unitary operations, it has become one of the strongest tool in designing quantum algorithms78. For example, an algori...
One of quantum algorithms is Grover's algorithm, which is used for searching an element in an unstructured list of N elements with quadratic speed-up over classical algorithms. In this work, Quantum Computer Language (QCL) is used to make a Grover's quantum search simulation in a classical ...
This is Xiao Yuan's quantum theory group at CFCS, Peking University. We are currently focusing on three aspects of quantum information and quantum computing studies. Quantum computing Quantum algorithms for NISQ and universal quantum comput...
Childs. Lecture Notes on Quantum Algorithms, Chapter 25. 2017. cs.umd.edu/~amchilds/qa. [2] M. A. Nielsen and I. L. Chuang, Quantum Computation and Quantum Information (Cambridge University Press, Cambridge, 2000). [3] Cao Y , Daskin A , Frankel S , et al. Quantum circuit design...
Key static and dynamic properties of matter — from creation in the Big Bang to evolution into subatomic and astrophysical environments — arise from the underlying fundamental quantum fields of the standard model and their effective descriptions. However, the simulation of these properties lies beyond...
A general explicit formulation of Monte Carlo simulation for quantum systems is given in this paper on the basis of the previous fundamental proposal by Su... M Suzuki,S Miyashita,A Kuroda - 《Progress of Theoretical Physics》 被引量: 692发表: 1977年 Coarse-grained loop algorithms for Monte ...
operations. Below we will use gate complexity and the number of operations interchangeably when discussing the scaling of classical algorithms. Although these techniques are not implemented in every quantum chemistry code, we regard them as the main point of comparison to quantum algorithms. We also ...