Error-proofing the most important operations performed on a quantum computer has so far required lots of resources, but a new ...

What matters more than the number of qubitsIn discussions about quantum computers, we tend to focus on the number of qubits.

To perform useful, real-world calculations — a standard known as universal quantum computing — a quantum system must run ...

Researchers from Rutgers, IBM and collaborating institutions have shown that a quantum computer can check what is happening ...

A major software advance could aid the creation of bigger, more reliable quantum computers, a study suggests. Researchers ...

Imagine tossing 61 coins at once — except the coins can influence one another in strange quantum ways, and before every toss you scramble them through dozens of randomly chosen operations. Now repeat ...

In a breakthrough that could help address a major bottleneck in practical quantum computing, ...

Pasqal simplifies running quantum computations with agentic workflows, turning ideas into real QPU experiments.

A quibit in a magic state is prepared in a very specific blend of the states 0 and 1 (occupying a mixture of states is a specialty of quantum computers). Fed into a calculation, it is used up to ...

Google's Willow chip cut errors 40x on the scarce “magic states” quantum computers burn through, a step toward smaller, ...

There is a new way to think about the future of computing. Combining AI and Quantum into a concept of infinite computing.

Google says magic state cultivation cut errors about 40-fold on its Willow quantum chip, easing a key bottleneck for ...