Quantum Science News

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Study Demonstrates Wave-Particle Duality of Antimatter

As part of an interference experiment, an international research team, including researchers from the University of Bern, has shown for the first time that antimatter particles not just have the properties of particles but also behave as waves.

6 May 2019

Developing Novel Interfaces to Transfer Quantum Information from Matter to Light and Vice Versa

At present, physicist Tracy Northup is analyzing the advancement of quantum internet at the University of Innsbruck.

6 May 2019

Experiment to Understand the Relation Between Shock Wave Evolution and Expansion of Wire Exploding Underwater

For a normal person, who is not a plasma physicist, exploding electrical wires underwater might seem to be a bad idea. However, as a matter of fact, it is a technique to analyze shock waves, the disturbances that propagate faster than the speed of sound.

3 May 2019

Combining Machine Learning and Quantum Sensing to Detect Magnetic Fields at Room Temperature

Scientists at the University of Bristol have attained new levels of advancement in the detection of magnetic fields with exceptional sensitivity at room temperature through the integration of a quantum sensor with machine learning.

3 May 2019

Lithium Could Help Harness Fusion Energy that Illuminates the Sun and Stars

Lithium is a light silvery metal that is utilized in many products, ranging from batteries that power electric cars and smartphones through to pharmaceutical applications.

2 May 2019

Ordered-Assembly Reaction Based on Quantum-Confined Superfluid Revealed

Researchers have put forth a new concept of ordered-assembly reaction (OAR), which integrated quantum-confined superfluid (QSF) concept with frontier molecular orbital (FMO) theory. The research paper was published in Adv. Mater. Interfaces.

2 May 2019

Astronomers Discover Star with Unusual Chemical Composition in the Milky Way Galaxy

A star with a chemical composition contrary to any other star in the Milky Way Galaxy has been discovered by astronomers in the galaxy. A chemical composition such as this has been observed in a very few stars in dwarf galaxies that orbit the galaxy. This indicates that the star belonged to a dwarf galaxy that merged with the Milky Way.

2 May 2019

New Study Reveals Atom in a Cavity Extracts Very Pure Single Photons from Weak Laser Light

Quantum physicists can at present distill a type of photon schnapps. When distillation of spirits takes place, the alcohol content increases proportionate to the water content.

30 Apr 2019

Astronomers Discover High-Speed Plasma Clouds Coming from V404 Cygni’s Black Hole

Rapidly swinging jets, shooting out from a black hole nearly 8000 light-years from planet Earth, have now been discovered by astronomers.

30 Apr 2019

New Study Led by SISSA Removes Doubts on the Existence of Dark Matter Within Galaxies

A study led by SISSA has verified one of the latest and most spellbinding controversies on the most extensive form of matter in the universe and explains its connection with ordinary matter. Matter of this type does not emit any type of electromagnetic radiation.

30 Apr 2019

Researchers Infer How Planetary Systems are Formed by Studying Tiny Presolar Graphite Grain

New insights into the formation of planetary systems have been given by the study of a tiny grain of stardust, the age of which is greater than the solar system.

30 Apr 2019

NASA/ESA Hubble Space Telescope Successfully Captures the Image of a Globular Cluster of Stars

Messier 75 is a sparkling burst of stars. In this globular cluster, gravity bounds a spherical collection of stars together.

29 Apr 2019

New Method for Enhancing the Efficiency of Photonic Quantum Memories

A new record in photonic quantum memory efficiency has been set by a joint research group of The Hong Kong University of Science and Technology (HKUST) and The South China Normal University (SCNU), thereby moving a step closer to turning quantum computation into a reality.

29 Apr 2019

New Method for Analyzing Electromagnetic Field Inside Ion Traps

A new technique for the analysis of electromagnetic field within ion traps has been devised and used by researchers at ITMO University. They have described the deviations in field within nonlinear radio-frequency traps for the first time.

29 Apr 2019

Diamond Quantum Sensors Offer Insight into 2D Magnets

Physicists at the University of Basel have successfully measured the magnetic properties of atomically thin van der Waals materials on the nanoscale for the first time.

26 Apr 2019

Quantum Science News

Study Demonstrates Wave-Particle Duality of Antimatter

Developing Novel Interfaces to Transfer Quantum Information from Matter to Light and Vice Versa

Experiment to Understand the Relation Between Shock Wave Evolution and Expansion of Wire Exploding Underwater

Combining Machine Learning and Quantum Sensing to Detect Magnetic Fields at Room Temperature

Lithium Could Help Harness Fusion Energy that Illuminates the Sun and Stars

Ordered-Assembly Reaction Based on Quantum-Confined Superfluid Revealed

Astronomers Discover Star with Unusual Chemical Composition in the Milky Way Galaxy

New Study Reveals Atom in a Cavity Extracts Very Pure Single Photons from Weak Laser Light

Astronomers Discover High-Speed Plasma Clouds Coming from V404 Cygni’s Black Hole

New Study Led by SISSA Removes Doubts on the Existence of Dark Matter Within Galaxies

Researchers Infer How Planetary Systems are Formed by Studying Tiny Presolar Graphite Grain

NASA/ESA Hubble Space Telescope Successfully Captures the Image of a Globular Cluster of Stars

New Method for Enhancing the Efficiency of Photonic Quantum Memories

New Method for Analyzing Electromagnetic Field Inside Ion Traps

Diamond Quantum Sensors Offer Insight into 2D Magnets

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Quantum Science News

News Categories

1 Generating High-Quality Single Photons for Quantum Computing

2 Explosions of Universe’s First Stars Spewed Powerful Jets

3 Physicists Create Prototype Superefficient Memory for Future Computers

4 Study Shows Tailored Graphene Structures Enable Single Photons to Interact with Each Other

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