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New Quantum Device Could be Tested Experimentally to Succinctly Realize Emergent Particles

Long before Dr. Jukka Vayrynen was an assistant professor at the Purdue Department of Physics and Astronomy, he was a post-doc investigating a theoretical model with emergent particles in a condensed matter setting.

16 Feb 2023

Testing Superconducting Radiofrequency Cavities at Jefferson Lab’s Main Particle Accelerator

Since it first went online more than 30 years ago, the Vertical Test Area at the U.S. Department of Energy's Thomas Jefferson National Accelerator Facility has gotten used to superlatives. One of the biggest testbeds of its kind. The busiest. The most versatile.

16 Feb 2023

Quantum Geometry Plays Key Role in Allowing Twisted Graphene to Become a Superconductor

Researchers have produced new evidence of how graphene, when twisted to a precise angle, can become a superconductor, moving electricity with no loss of energy.

16 Feb 2023

Startup Raises $18M to Miniaturize Quantum Computer

Quantum Brilliance, the leading developer of room-temperature miniaturised quantum computing products and solutions, today announced an $18 million USD fundraise.

From Quantum Brilliance Pty Ltd 16 Feb 2023

Figuring Out Better Energy Management at the Nanoscale Level

The insights from the review could result in the breakthrough of novel materials and devices to control and regulate transport at the nanoscale.

15 Feb 2023

Quantum Computing Research Moves Closer to Solving Supply-Chain Challenges

The Russo-Ukrainian conflict and the COVID-19 pandemic have shown how vulnerable global supply chains can be. International events can disrupt manufacturing, delay shipping, induce panic buying and send energy costs soaring.

15 Feb 2023

Detecting Quantum Properties of Collective Optical-Electronic Oscillations on the Nanoscale

Whether the light in our living spaces is on or off can be regulated in everyday life simply by reaching for the light switch. However, when the space for the light is shrunk to a few nanometers, quantum mechanical effects dominate, and it is unclear whether there is light in it or not.

15 Feb 2023

New Theoretical Framework for Describing the Quark-Gluon Plasma

A new theoretical framework has been given by Japanese researchers for explaining the quark-gluon plasma, which matches better with experimental data.

14 Feb 2023

Chiral Photons Convert Wasted Heat into Spin Information Without Magnetic Materials

At the North Carolina State University and the University of North Carolina at Chapel Hill, scientists made use of chiral phonons to transform wasted heat into spin information—without requiring magnetic materials.

14 Feb 2023

New Insights into the Nuances of Short-Distance Interactions Between Protons and Neutrons in Nuclei

The protons and neutrons that build the nucleus of the atom frequently pair up in fleeting partnerships called short-range correlations.

14 Feb 2023

New Model Reveals How Variously Sized Particles can Jam Together

The ways in which particles, such as sand or liquid droplets, behave during various mechanical processes is well studied.

14 Feb 2023

Levelling-up Boost for the UK Space Sector with New Funding for Growth

Eighteen projects aimed at boosting the space sector across the UK are to receive funding from the UK Space Agency.

14 Feb 2023

Analyzing the Microscopic Structure of Kagome Superconductor RbV3Sb5

Exciting advancements in quantum computing—smartphones that need charging only once a month, trains levitating and moving at superfast speeds.

13 Feb 2023

Using High Frictional Forces to Improve the Accuracy of High-Precision Experiments

A new analysis has shown that atoms will face high frictional forces in the existence of blackbody radiation at lower temperatures.

13 Feb 2023

Quantum Dots with Spherical Defects Exhibit Nonlinear Optical Properties

New estimates have denoted that quantum dots with finely-tuned spherical defects can display sophisticated “nonlinear” optical properties.

13 Feb 2023

Quantum Science News

New Quantum Device Could be Tested Experimentally to Succinctly Realize Emergent Particles

Testing Superconducting Radiofrequency Cavities at Jefferson Lab’s Main Particle Accelerator

Quantum Geometry Plays Key Role in Allowing Twisted Graphene to Become a Superconductor

Startup Raises $18M to Miniaturize Quantum Computer

Figuring Out Better Energy Management at the Nanoscale Level

Quantum Computing Research Moves Closer to Solving Supply-Chain Challenges

Detecting Quantum Properties of Collective Optical-Electronic Oscillations on the Nanoscale

New Theoretical Framework for Describing the Quark-Gluon Plasma

Chiral Photons Convert Wasted Heat into Spin Information Without Magnetic Materials

New Insights into the Nuances of Short-Distance Interactions Between Protons and Neutrons in Nuclei

New Model Reveals How Variously Sized Particles can Jam Together

Levelling-up Boost for the UK Space Sector with New Funding for Growth

Analyzing the Microscopic Structure of Kagome Superconductor RbV3Sb5

Using High Frictional Forces to Improve the Accuracy of High-Precision Experiments

Quantum Dots with Spherical Defects Exhibit Nonlinear Optical Properties

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ESA's Vigil: Monitoring Space Weather

Exploring Electronic Band Structure with ARPES and HREELS

Cracking the Code for Fault-Tolerant Quantum Computing

SideKick QCL Controller: Low-Noise Laser Control Solution

LabOne Q: An Intuitive Software Framework for Scalable Quantum Computing

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Custom Optics for Ion Trap Quantum Computing Experiments

How Does Space Bring Value to the Nation?

Why Photonics is Essential for the Future of Quantum Innovation

Quantum Science News

News Categories

ESA's Vigil: Monitoring Space Weather

Exploring Electronic Band Structure with ARPES and HREELS

Cracking the Code for Fault-Tolerant Quantum Computing

1Astronomers Produce Largest Low-Frequency Radio Color Image of the Milky Way

2ALMA Maps Magnetic Streamer Funneling Gas to Newborn Stars

3Unraveling the Carrier Origin in an Exotic Quantum Insulator

4Three-Dimensional Maps Begin to Bring Exoplanets Into Focus

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