Examples of using Quantum computers in English and their translations into Dutch
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Programming
Now we talk about quantum computers in our heads.
This means such nanowires could play a role in the development of quantum computers.
More powerful quantum computers would have to be developed to crack them.
Unpaired electrons retain their magnetic field, so they can perturb quantum computers.
I work for a company that designs tech for quantum computers.
Our detectors are used to develop the next generation of quantum computers.
rectify errors occurring in quantum computers.
But quantum computers are, by their very nature, unstable.
Quantum computers are extremely rare.
Post-quantum cryptography: research into cryptographic protocols that can withstand quantum computers.
As such, ECDSA-based cryptocurrencies will become breakable by quantum computers.
Large-scale quantum computers require smart hardware.
A new platform for topological quantum computers.
Quantum computers- super-fast computers with enormous brainpower- help us with complex social challenges.
They aren't full-blown quantum computers, though, says Simon Devitt at Macquarie University in Sydney.
And so quantum computers use this weirdness to compute in ways that classical computers can't.
Quantum computers operate with qubits that can with a certain probability be zero
A major challenge for quantum computers, which now consist of a handful of qubits,
Innovative control system paves the way for large scale universal quantum computing Future quantum computers promise exponential scaling in computing power with linearly increasing number of qubits.
And to fully exploit the potential of quantum computers they would have to be connected through a quantum network.