While quantum computers are already being used for research in chemistry, material science, and data security, most are still ...

This means that using classical computers to help in the design of new quantum computers is likely to hit fundamental limits pretty quickly. Using a quantum computer, however, sidesteps the problem ...

As quantum computers get larger, they may become truly useful – 3D-printing a key component of some quantum computers may ...

As exciting as it may be to hear about a breakthrough 127-qubit quantum computer or promises of 1,000 qubits by 2023, the reality is that quantum computing is still not a mainstream computing ...

The Department of Energy is investing $5 million into a Virginia Tech-led program that is leveraging an adaptive approach to build quantum computers that can achieve quantum utility.

Quantum computers—theoretical machines which can process certain large and difficult problems exponentially faster than classical computers—have been a mainstay of science fiction for decades ...

Quantum computers also require algorithms and data structures, yet quantum information is much richer than classical information and more challenging to store, transmit and receive 6.

Building a quantum computer is an incredibly challenging, drawn-out, expensive endeavor, but the gains it will offer compared to traditional computers are said to be exponential.

In order to build one you have to overcome environmental factors such as keeping them extremely cold and figuring out how to keep qubits – the quantum version of a computer bit – from becoming ...

A complete quantum computer (QC), fulfilling the mission set forth for it by scientists and engineers, and realizing the ingenious vision of Dr. Richard Feynman [PDF], has yet to be constructed ...