26/02/2019

LHCb catches fast-spinning charmonium particle

The LHCb collaboration has spotted a new particle. Its mass and other properties place it squarely in the charmonium family that includes the better-known J/ψ particle, which was the first particle containing a "charm quark" ...

Right-wing extremism in Norway—changes and challenges

As a researcher, I have followed various extreme right groups and movements in Norway and Scandinavia during the last 30 years. There have been some significant changes during this time – changes that have an impact on ...

How our tissues manage mechanical stress

When running, breathing and moving, the body is continuously deforming. How do the tissues in the body deal with all these mechanical stresses? Publishing today in Nature Physics, researchers from Wageningen University & ...

Partners in catalysis: An efficient route to unsaturated ketones

In organic chemistry, discovering new reactions is one thing, but to carry them off efficiently is quite another. Carbon-carbon bond-forming is at the heart of organic synthesis, allowing us to stitch together diverse functional ...

Physicists investigate new class of resonators

The physicists from ITMO University, Ioffe Institute and the Australian National University examined a new mechanism of realization of high-quality optical resonators. It is based on the mutual destructive interference of ...

Researchers discover the secret to bats' immunity

An international research team led by Duke-NUS Medical School, Singapore, has identified molecular and genetic mechanisms that allow bats to stay healthy while hosting viruses that kill other animals, according to a new study ...

UK prejudice against immigrants amongst lowest in Europe

According to analysis of the largest public European and international surveys of human beliefs and values, prejudice against immigrants in the UK is rare and comparable with that in other wealthy EU and Anglophone nations. ...

NASA study reproduces origins of life on ocean floor

Scientists have reproduced in the lab how the ingredients for life could have formed deep in the ocean 4 billion years ago. The results of the new study offer clues to how life started on Earth and where else in the cosmos ...

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