quantum computing

An Introduction to Quantum Computing and Applied Mathematics

David Hyde and Alex Pothen introduce the Special Issue on Quantum Computing and survey some exciting technical developments.

Introducing Part II of the Special Issue on Quantum Computing

David Hyde and Alex Pothen introduce Part II of the SIAM News Special Issue on Quantum Computing and encourage...

Viewing quantum mechanics as an extension of probability theory removes much of the surrounding mystery.

Quantum algorithms can be understood through linear algebra and offer different tradeoffs than classical algorithms.

The fusion of machine learning and quantum computing has created an unprecedented avenue for innovation.

Quantum error correction is essential for quantum computing and involves fighting errors with abundant space.

The design of compact quantum circuits plays an important role in the noisy intermediate-scale quantum computing era.

Quantum computing promises enormous computing power at low costs, marking a new chapter for financial...

It is quite difficult to fully harness the potential of quantum computers and outperform classical computers.

2017 saw considerable news about the imminent impact of quantum computing on science, math, and data analysis.

The rapid solution of combinatorial optimization problems benefits numerous applications.

Fast forwarding algorithms could allow scientists to overcome limits that stifle real-world quantum...

The idea of quantum position verification is to use a party's location to establish trust while preventing malicious attacks.

This Dear Colleague letter from the Department of Energy's Office of Science recognizes the importance of quantum...

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