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Physics & Astronomy
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Unravelling Coronal Mass Ejections from Our Solar System’s Origin

Young stars ejecting plasma could give us clues into the Sun’s past Kyoto, Japan — Down here on Earth we don’t usually notice, but the Sun is frequently ejecting huge masses of plasma into space. These are called coronal mass ejections (CMEs). They often occur together with sudden brightenings called flares, and sometimes extend far enough to disturb Earth’s magnetosphere, generating space weather phenomena including auroras or geomagnetic storms, and even damaging power grids on occasion. Scientists believe that when…

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Physics & Astronomy

Laser Flashes Enhance Polarized Electron and Positron Beams

The polarization of waves describes their direction of oscillation, for light as an electromagnetic wave this is the direction of the electric field vector….

Physics & Astronomy

Unlocking Secrets of Solar System Through Meteorite Study

For scientists, meteorites are valuable witnesses of our early Solar System. They consist of the oldest building blocks of our planetary system but also…

Physics & Astronomy

Radon vs. Radium: Insights on Electric Dipole Moments

Short lived isotopes of both radon and radium have both been identified as potential candidates for measuring EDM in atoms.

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AI’s Role in Quick Diagnosis of Rare Diseases

Many patients with rare diseases go through lengthy trials and tribulations until they are correctly diagnosed. “This results in a loss of valuable time that…

Physics & Astronomy

Graphene-Infused Gallium Nitride Enhances Electronic Devices

They applied a layer of graphene to gallium nitride, a commonly used semiconductor. The graphene is made of a single layer of atoms, while the gallium nitride…

Physics & Astronomy

As hot as the Sun’s interior

The three classic physical states – solid, liquid and gaseous – can be observed in any normal kitchen, for example when you bring an ice cube to the boil. But…

Physics & Astronomy

Solving the sun's super-heating mystery with Parker Solar Probe

University of Michigan researchers believe they have the answer, and hope to prove it with help from NASA's Parker Solar Probe.

Physics & Astronomy

Superconducting Quantum Refrigerator: A Breakthrough Innovation

In a paper published in Physical Review Applied, Andrew Jordan, professor of physics at the University of Rochester, and his graduate student Sreenath…

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Event Security Innovation: Tracking Staff at Rhine in Flames

Fraunhofer FIT used the noisy hustle and bustle during the colorful Rhine in Flames event in early May for a field trial of their new version of a security…

Physics & Astronomy

New Interaction Discovered in Thin Film Magnets

We ubiquitously stream videos, we download audiobooks to mobile devices, and we store huge numbers of photos on our devices. In short, the storage capacity we…

Physics & Astronomy

Magnetic Cooling System Enhances Quantum Electronics Research

Low temperatures are essential for basic research in the field of quantum physics. More and more technologies based on quantum mechanics are now also making…

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New Insights into Cloud Service Hardware Vulnerabilities

Field-programmable gate arrays (FPGAs) are, so to say, a computer manufacturer's “Lego bricks”: electronic components that can be employed in a more flexible…

Physics & Astronomy

Fast All-Visible-Light Molecular Switch Achieves 100 nm Band Separation

A consortium of scientists from the Medical Imaging Center (University Medical Center Groningen), Van 't Hoff Institute for Molecular Sciences (University of…

Physics & Astronomy

Hand-Held Scanner Innovates On-Site Hazardous Substance Detection

Police forces encounter a suspicious room during a house search – a room that could be anything: a drug or explosive laboratory or just a fake. In order to…

Physics & Astronomy

Laser-Controlled Superconductors: A Breakthrough for Quantum Computing

The use of strong electromagnetic radiation to push materials out of their normal equilibrium is a new frontier in this field. Such manipulation leads to the…

Physics & Astronomy

Experiments and calculations allow examination of boron's complicated dance

In a study that combines experimental work and theoretical calculations made possible by supercomputers, scientists have determined the nuclear geometry of two…

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