Atom Computing is working with Microsoft on fault-tolerant quantum computers. (Atom ... members of the Microsoft-Atom team said the 48-logical-qubit array produced “a random output state ...

This advancement paves the way for innovative systems in quantum computing, networking, and simulation, allowing for the creation of large, scalable quantum systems. Their findings were published ...

Arrays of neutral atoms trapped in optical tweezers—highly focused laser beams that can hold the atoms in place—are an increasingly popular way of building quantum processors.

Quantum computers have been hyped as machines that can solve almost any problem. Yet it is becoming clearer that their ...

"We are now operating the largest reported neutral atom array in the UK, laying the groundwork for the nation’s leadership in fault-tolerant quantum computing,” said Tom Noel, VP of Quantum ...

Before quantum computers can solve complex problems, ... Reconfigurable neutral atom arrays were again the key technology in another significant QSA-led study published in Nature in 2023, ...

The world’s first quantum computer has entered orbit on a SpaceX rocket, promising energy-efficient edge computing from 550 ...

Atom Computing, the startup with which Microsoft has partnered on the new quantum computer, is backed by more than $100 million in funding. It will supply qubits and related technologies for the ...

It's also possible to image the atom array in between operations to determine whether any atoms have been lost and if any are in the wrong state. It’s only logical ...

Spread the loveIntroduction The data storage landscape has been revolutionized once again with the release of Quantum Leap’s QS5000 Solid State Array in January 2025. This cutting-edge storage ...

A quantum computer has used a single atom to model the complex dynamics of organic molecules interacting with light ...

OXFORD, England, February 18, 2025--Infleqtion, a global leader in quantum information technologies, today announced a key milestone in the Scalable Quantum Atomic Lattice computing tEstbed (SQALE ...