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NIST Collaboration Yields First Certified Reference Materials for Zeta Potential

Two new Standard Reference Materials from the National Institute of Standards and Technology give researchers and manufacturers a way to check the. ....

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Scientists Finally Detected The Dark Matter Escaping From Neutron Stars

Scientists have finally discovered this strange ghost particle from X-rays beaming from dead stars.
A study argues that the axion particle may help physicists unravel some of the cosmos mysteries, including that of dark matter.
(Photo: i.ytimg.com)
A mysterious, unexpected rise in X-rays released by many neutron stars, which are dead stars consisting entirely of neutrons, is assumed by researchers to be a hint of axions.
Researchers had the study published in Physical Review Letters.
What is Axion?
Raymond Co, a postdoctoral researcher at the University of Minnesota, said looking for axions, both in principle and in studies, has become one of the main efforts in high-energy particle physics. ....

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Particle Board Market 2021: Industry is expected to witness 6.1% CAGR, at USD 19.3 Billion Forecast by 2025

Particle Board Market 2021: Industry is expected to witness 6.1% CAGR, at USD 19.3 Billion Forecast by 2025 ....

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Traces of a Mysterious Particle Predicted Decades Ago May Have Been Detected

Traces of a Mysterious Particle Predicted Decades Ago May Have Been Detected
Evidence of a long-sought hypothetical particle could have been hiding in plain (X-ray) sight all this time.
The X-ray emission coming off a collection of neutron stars known as the Magnificent Seven is so excessive that it could be coming from axions, a long-predicted kind of particle, forged in the dense cores of these dead objects, scientists have demonstrated.

If their findings are confirmed, this discovery could help unravel some of the mysteries of the physical Universe – including the nature of the mysterious dark matter that holds it all together. ....

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Excess x-rays from neutron stars could lead to discovery of new particle

Date Time
Excess x-rays from neutron stars could lead to discovery of new particle
A team of scientists, including a University of Minnesota researcher, have found that mysterious x-rays detected from nearby neutron stars may be the first evidence of axions, hypothetical particles that many physicists believe make up dark matter. If their theory is confirmed, the researchers’ findings could help physicists unravel several mysteries of the universe.
Their paper is published in Physical Review Letters, a peer-reviewed academic journal published by the American Physical Society.
There are many kinds of particles that make up matter in the universe. The most common are protons, neutrons, and electrons. These particles collide with each other in certain settings, such as inside a star’s core or in particle accelerators built by scientists on Earth. Axions have long been elusive to physicists because they are “weakly interacting,” which means they rarely collide ....

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