Quantum Computing at D-Wave

Alan MacCormack, Ajay K. Agrawal, Rebecca M. Henderson

Gnanadesigan Naveen Sundar, D. Narmadha

Quantum computing shows optimized performance in storing, managing and analyzing huge volumes of data. It also plays a key role in many applications areas like health, finance, marketing and drug development. In this research paper, the overview of quantum D wave one and D wave two computers are analyzed based on mathematical computation, circuit building, physical properties and the type of execution. The study also shows the efficiency of D wave two computers in various applications. It also proves that the D wave two quantum computers shows remarkable performance.

Vern Brownell

Quantum computing (QC) is based in the fundamental laws of the universe. Although still in its infancy, this emerging field is showing great promise in benchmark tests on processing speed, and it holds great potential for the financial industry in computationally intensive applications. These include derivatives analysis, valuation of complex instruments and various forms of optimization. Vern Brownell, CEO of D-Wave Systems and an industry leader in the field of quantum computing, will be speaking at Global Derivatives in Budapest. In this pre-conference interview with Institutional Investor Journals, Brownell outlines the current uses for quantum computing and his vision for the role of quantum computers in the finance industry.

一毅 池田

Ryan Wilkinson

Catherine C. McGeoch, R. Harris, Steven P. Reinhardt +1 more

An overview of quantum computers based on the annealing paradigm and manufactured by D-Wave is given. An introductory survey of this approach to quantum computing (QC), together with a snapshot of what is known about performance, is presented. Evidence-based predictions about developments in this region of the QC space are presented.