SciGlow uses cookies to provide you with a great user experience. By using this website, you agree to the use of cookies on your device.
1 2 3


A memory effect at single-atom level

The research group has investigated an artificial quantum system and found new properties.

6 Nov 2019 Nature Physics

Johns Hopkins researchers discover material that could someday power quantum computer

Researchers found that a certain superconducting material contains special properties that could be the building blocks for technology of the future.

10 Oct 2019 Science

New horizons for connecting future quantum computers into a quantum network

Researchers have made two steps in the conversion of quantum states between signals in the microwave and optical domains.

7 Oct 2019 Nature Physics

‘Poor man’s qubit’ can solve quantum problems without going quantum

Researchers demonstrate the first hardware for a ‘probabilistic computer’.

18 Sep 2019 Nature

Dartmouth and MIT research advances noise cancelling for quantum computers

Experiment marks important step in development of more precise qubit systems.

16 Sep 2019 Nature Communications

Exotic physics phenomenon is observed for first time

Observation of the non-Abelian Aharonov-Bohm Effect, predicted decades ago, may offer step toward fault-tolerant quantum computers.

5 Sep 2019 Science

20-qubit Schrödinger cat states with superconducting quantum processor

The achievement of these results is a big step toward building a quantum computer.

15 Aug 2019 Science

Newfound superconductor material could be the ‘silicon of quantum computers’

Possible 'topological superconductor' could overcome industry's problem of quantum decoherence.

15 Aug 2019 Science

A perfect single-photon source for quantum computing, finally

This is a fundamental key step for optical quantum computing, which promises a huge increase of computational power compared to our conventional computers.

5 Aug 2019 Nature Photonics

Researchers at the Forschungszentrum Jülich develop novel process for structuring quantum materials

The so-called "Jülich process" makes it possible to combine superconductors and topological insulators in the ultra-high vacuum and thereby produce complex components.

29 Jul 2019 Nature Nanotechnology

1 2 3