Tag: mathematical
QSim: A Simulation Language and Toolbox for Quantum Computing
- by Team
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…
Read MoreThe Dynamic Manipulation of Quantum Optics
- by Team
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…
Read MoreComputers – The History of Numbers
- by Team
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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