Tag: mathematical
QSim: A Simulation Language and Toolbox for Quantum Computing
QSim: a simulation language and toolbox for quantum computing. Authors: Qiming Ma, Shao-Ming Zhou, Xiao-Ning Zhang, Yi-Sheng Yang, Zongping Zhang, Yong-Zhong Qian. Report No: CQNP-131036-17. Abstract: Quantum computers are inherently probabilistic due to the limited ability to prepare, measure, or manipulate states. However, classical probabilistic algorithms do not have this limitation. Therefore, it is of…
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The Dynamic Manipulation of Quantum Optics
In a recent publication[2], K. Barve and colleagues described a low-power dynamic manipulation of quantum objects using a fiber Bragg grating (FBG) combined with a scanning Fabry-Perot interferometer. These techniques allow us to dynamically manipulate and manipulate quantum devices, such as quantum emitters, atoms, and quantum processors. The physical phenomena of manipulating the optical properties…
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Computers – The History of Numbers
How should a program know where to start? What do we mean by a “number”? What are the various types of numbers? What are the different ways of representing them? Where does a computer know how to find the “start” of a number? This article explains the history of how “numbers” emerged and explains why…
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