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AEgIS experiment paves the way for new set of antimatter studies by laser-cooling positronium

AEgIS is one of several experiments at CERN’s Antimatter Factory producing and studying antihydrogen atoms with the goal of testing with high precision whether antimatter and matter fall to Earth in the same way. In a paper published today in Physical Review Letters, the AEgIS collaboration reports an experimental feat that will not only help it achieve this goal but also pave the way for a whole new set of antimatter studies, including the prospect to produce a gamma-ray laser that would allow researchers to look inside the atomic nucleus and have applications beyond physics. To create antihydrogen (a positron orbiting an antiproton), AEgIS directs a beam of positronium (an electron orbiting a positron) into a cloud of antiprotons produced and slowed down in the Antimatter Factory. When an antiproton and a positronium meet in the antiproton cloud, the positronium gives up its positron to the antiproton, forming antihydrogen. Producing antihydrogen in this way means that AEgIS can a ....

Ruggero Caravita , Physical Review Letters , Arge Hadron Collider , High Energy Physics ,

Reader Opinion: True artists are often unbearable, by Jack Coey

I’ve read biographies of highly creative, original artists and have observed a similarity in their character and temperament. They make poor husbands and fathers. They are highly self-absorbed, encapsulated and ....

William Faulkner ,

CMS collaboration explores how AI can be used to search for partner particles to the Higgs boson

As part of their quest to understand the building blocks of matter, physicists search for evidence of new particles that could confirm the existence of physics beyond the Standard Model (SM). Many of these beyond-SM theories postulate the need for additional partner particles to the Higgs boson. These partners would behave similarly to the SM Higgs boson, for example in terms of their “spin”, but would have a different mass. To search for Higgs partner particles, scientists at the CMS collaboration look for the signatures of these particles in the data collected by the detector. One such signature is when the particles decay from a heavy Higgs partner (X) particle to two lighter partner particles (φ), which in turn each decay into collimated pairs of photons. Photon signatures are ideal to search for particles with unknown masses as they provide a clean, well-understood signature. However, if the φ is very light, the two photons will significantly overlap with each other and the ....

Standard Model , Arge Hadron Collider , High Energy Physics ,

A New Free Tool For The Optimization Of Muon Tomography

Muon tomography is one of the most important spinoffs of fundamental research with particle detectors -if not the most important. ....

Al Jizah , Luis Alvarez , Giles Strong ,

Meeting soon to discuss Keremeos outdoor rink

An open house is scheduled for later this month in Keremeos to discuss the possible replacement of the Similkameen Recreation Centre’s outdoor rink. ....

British Columbia , Similkameen Recreation Centre , Regional District , Ice Hockey ,