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CERN's ALPHA experiment has reached a 100× precision leap in antihydrogen spectroscopy, now measuring at 4 parts per million to probe the antiproton's internal structure. This advancement is bolstered by HAICU infrastructure that integrates quantum technologies and AI-driven data acquisition to expand antimatter research capabilities. The breakthrough underscores the critical role of sustained international collaboration and specialized hardware in testing fundamental symmetries of the universe.
CERN’s ALPHA Achieves 100× Improvement in Antimatter Scan
Researchers with the ALPHA experiment at CERN achieved a 100× improvement in measuring antihydrogen, now at 4 parts per million.
Researchers with the ALPHA experiment at CERN have achieved a hundredfold improvement in the precision of their measurement of antihydrogen, a feat sensitive enough to potentially reveal details about the antiproton’s internal structure.…
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