Quantum ScienceNews - Page 7

Advancements in solid-state-based quantum computer development 

Researchers have made significant progress in developing stable European industry-scale fabrication value chains for solid-state-based quantum computer development. 

Attaining accurate weather forecasts and nuclear theory with supercomputers

Professor James P. Vary from the Department of Physics and Astronomy at Iowa State University explains how supercomputers are revolutionising weather forecasts and predictive...

Travelling around the world through nuclear physics

Professor Vladimir Zelevinsky from Michigan State University describes his journey in nuclear physics, from student life in Moscow to family life and a successful career in the USA.

Groundbreaking creation of world’s first compact quantum computer

Researchers at the University of Innsbruck have succeeded in developing the world’s first compact quantum computer.

Understanding quantum-nonlocality will unlock new technology

Novel research conducted by researchers from the University of Vienna, the Austrian Academy of Sciences, and the Perimeter Institute concludes that quantum-nonlocality is a universal property of the world, regardless of how and at what speed quantum particles move.

New research collaboration enables quantum-secure communications

A study led by Quantum Communications Hub researchers has brought the world one step closer to secure conference calls by facilitating quantum-secure communications.

Scientists find evidence of pristine quantum criticality

Researchers investigating pristine quantum criticality in topological materials have discovered one of the greatest examples detected so far.

New methods of distributing quantum encryption keys from space

A novel mission using quantum technology to encrypt messages from space is to be tested on a satellite as part of a new programme.

Researchers develop light emitter for quantum circuits

Researchers from the KTH Royal Institute of Technology (KTH) have developed a method of emitting light for use in quantum circuits.

Controlling trapped ions for scalable quantum control

Researchers at the University of Waterloo's Institute for Quantum Computing have developed an algorithm that controls trapped ions for scalable quantum control.

Researchers create guidelines for defect-based quantum systems

An international research team has established guidelines that will be valuable for the discovery of new defect-based quantum systems.

New research calls hypothetical spin liquids into question

Measurements attained by researchers at TU Wien indicate that new routes must be taken to identify materials that can be utilised as spin liquids.

How studying neutrinos can help us to better understand the Universe

Professors Luis A Anchordoqui from CUNY and Vanderbilt University’s Thomas J Weiler explain how neutrinos help us to understand the Universe.

Gas accretion responsible for the mass of stars

Researchers from Japan have discovered that a star's mass is determined by the gas accretion from its core, not the mass at its inception. The...

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