Page 29 - Standard Model News Today

The cosmic phenomenon carried the energy of 240 quintillion electron volts - thats 240 billion billion (followed by 18 zeros). It was detected in Utah in May 2021 and revealed today.

Researchers recently detected an "ultra-high-energy" cosmic ray, which is the most powerful since the famous "Oh My God" particle was detected in 1991. They have no idea where it came from.

More than 100 kaon experts met at CERN in September for a hybrid workshop to take stock of the experimental and theoretical opportunities in kaon physics in the coming decades.

Abstract:

The XVI edition of Neutrino Telescopes is over and it is the time for some summing up – which I feel completely unsuited to do, as I was just an observer there. As you know, my field is high-energy collider physics, and neutrino physics has become a very different thing since the discovery of neutral currents 42 years ago.

Potassium and rubidium atoms aboard the International Space Station have been cooled almost to absolute zero to put a fundamental principle of Einstein’s general theory of relativity to the ultimate test

SuitePad, the leading provider of in-room tablets in the hotel industry, announces the launch of its Performance Model today, redefining hotel technology financing. This innovative pricing concept enables hotels with 40 or more rooms to start their digital transformation without the usual challenges of an initial investment. Instead, the model is based on a fee that depends on the hotels success and is directly tied to its operating profit.

Abstract:

The CMS experiment has presented its first search for new physics using data from Run 3 of the Large Hadron Collider. The new study looks at the possibility of “dark photon” production in the decay of Higgs bosons in the detector. Dark photons are exotic long-lived particles: “long-lived” because they have an average lifetime of more than a tenth of a billionth of a second – a very long lifetime in terms of particles produced in the LHC – and “exotic” because they are not part of...

In a breakthrough at CERN, scientists measured the elusive tau particle's magnetic moment using near-miss particle interactions in the Large Hadron Collider. This method, marking a significant advancement in particle physics, has the potential to reveal unknown aspects of the universe's fundamental