In the context of AI, researchers have explored how quantum properties might improve tasks like natural language processing ... qubits. Herrmann explains, “Any quantum algorithm, for example ...

The key quantum ... processing elements called transistors that are switched either on or off, signifying a 1 or a 0 in the binary language computers use to express and calculate all information ...

A quantum processor manipulates qubits in order to complete tasks. It is akin to a conventional computer's central processing unit ... Classical algorithms can’t be used in quantum physics ...

Studies have shown quantum computing can increase the performance of AI neural networks for tasks such as natural language processing and ... known as qubits, which can represent a one, a zero ...

MicroAlgo has utilized the Bernstein-Vazirani algorithm to create a quantum register capable of storing and processing qubits in superposition, enabling greater parallelism and efficiency.

But for the moment, the state-of-the-art machines barely manage a few dozen qubits and cannot yet outperform classical computers in any meaningful way. Part of the problem is that quantum algorithms ...

In one piece, Miranda and two colleagues were each using their own laptops, which were connected to a quantum computer over the Internet, to control – via hand gestures – the state of a quantum bit ...

Those errors also turned out to be the reason classical algorithms have often been able to catch up with the claims from the quantum side. They limit the size of the collection of qubits that can ...