Quantum computing Archives – Page 13 of 25

Quantum computing

A highly-structured burst of light forming a series of concentric rings of periodic light and dark areas

Physicists find a brighter way to diagnose quantum states

Self-guided tomography method uses the shape of light to characterize a quantum system quickly

A glowing dot in the centre of the image, surrounded by a circle with dashed lines and a glowing square with rounded edges, representing the Fermi surface

Majorana-based quantum computation gets a handy new platform

Thin films of iron-based superconductors offer a simpler setting for elusive quasiparticles

Conceptual illustration of a quantum computer

Quantum computer based on shuttling ions is built by Honeywell

Design could allow large numbers of qubits to be integrated in one device

Illustration of the concept of a photon-based quantum-information system

Quantum computer has the edge for NP verification

New protocol for verifying solutions to NP-complete problems outperforms known classical methods

An illustration of the structure of the quantum magnet that was simulated by the D-Wave quantum processor and the processor that simulated it. The quantum magnet looks like a lattice of coloured balls (representing atoms) arranged in a hollow tube. The processor looks like a computer chip.

D-Wave demonstrates performance advantage in quantum simulation

Quantum computing firm simulates twisted quantum magnets in a way that is faster and more scalable than classical methods

Molecular qubits stick around for longer

Researchers have extended the spin coherence time of a single-molecule quantum bit beyond 1 millisecond for the first time

Programmable photonic chip lights up quantum computing

Thumbnail-sized Xanadu device uses squeezed states as qubits

Photo of the Cluster system has been designed by Qblox to integrate all the instrumentation needed to control and read-out a quantum computer into a single modular unit. Multiple Clusters can be connected together to control quantum processors containing hundreds of qubits (Courtesy: Qblox)

Integrated system offers easy and scalable quantum control

Dutch start-up Qblox has created a single modular unit providing all the input and output signals from ultrastable DC to 18.5 GHz needed to replace the myriad of discrete instruments that are typicall...

Interconnected single atoms could make a ‘quantum brain’

Cobalt atoms on black phosphorous "learn" by adapting in response to an applied voltage

Qubit needle detected in a haystack of nuclear spins

New technique might help in the development of a quantum internet

First
Previous
...
9
10
11
12
13
14
15
16
...
Next
Last

Related jobs

Related events

Quantum | Conference Time in Quantum Theory 2025 17—20 June 2025 | Genoa, Italy
Quantum | School Boulder Summer School: Dynamics of Strongly Correlated Electrons 30 June — 25 July 2025 | Boulder, US
Quantum | Workshop AQuTe25 21—25 July 2025 | Dresden, Germany

Browse articles by content type