However in 1996, CERN scientists produced the first atoms of antimatter -- antihydrogen. Another challenge was that, because matter and antimatter have an opposite electrical charge, the moment ...

and saw the ALPHA-g experiment that was set up to test gravity’s effect on antihydrogen. Team member Jeffrey Hangst told us what’s next for antimatter research. Receive a weekly dose of ...

In a paper published today in Nature, the ALPHA collaboration at CERN’s Antimatter Factory, which includes academics from The University of Manchester, shows that within the precision of their ...

The discovery reveals the spectral structure of the antihydrogen atom in unprecedented colour. The findings, which are published in Nature, confirm the capabilities of anti-atom spectroscopy and bring ...

Einstein’s theory of relativity is still being studied, applied and proven in a multitude of ways today. For instance, the Antihydrogen Laser Physics Apparatus (ALPHA) project, based at CERN, ...

Few formulations of scientific theories are as memorable as Sir Isaac Newton’s when he proposed his theory of gravity in the 17th century after an apple is said to have fallen on his head as ...

the deceleration and cooling of the positrons for subsequent formation and trapping of cold antihydrogen or positronium atoms. But still, ultra-strong lasers (in particular when table-top in size ...

Kuri antimatter, imiterere y’ingufu z’amashanyarazi yo ni ikinyuranyo kuri matter. Dufate antihydrogen, ariyo ‘version’ ya hydrogen kuri antimatter, ari nayo kandi yakoreshejwe na Cern mu ...

The factory contained ELENA, a deceleration ring called the Extra Low ENergy Antiproton. This has enabled the scientists to trap antihydrogen (the opposite particle of matter to hydrogen), proposed by ...