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Antimatter Galaxies -- Could Create the Most Explosive Event Since the Big Bang

Physics - Do Merging Dwarf Galaxies Explain a Peculiar Gravitational-Wave Detection?

Do Merging Dwarf Galaxies Explain a Peculiar Gravitational-Wave Detection?    May 5, 2021• Physics 14, s52 The hard-to-explain masses of two coalescing black holes could be accounted for if they were the central black holes in two distant, tiny galaxies that merged. A. Palmese/Fermilab × On May 21, 2019, the LIGO and Virgo collaborations recorded an unexpected gravitational-wave detection. The signal, designated GW190521, emanated from the coalescence of two black holes whose masses fall into a range that’s forbidden by conventional stellar evolution theories (see Viewpoint: A Heavyweight Merger). Now, Antonella Palmese, at Fermi National Accelerator Laboratory (Fermilab) and the University of Chicago, and Christopher Conselice, at the University of Manchester, UK, propose that the observation can be explained by the merger of the black holes at the centers of two low-mass dwarf galaxies [1]. Such “forbidden mass” black holes could form in dwarf galaxies fro

Chinese physicist hunts for a ghost particle, undeterred by US-China friction

Li Liang is chasing a ghost particle. For almost a decade, the professor of particle physics at Shanghai Jiao Tong University has given up every summer and winter break to join an international search for an unknown particle that will, in the best-case scenario, make Einstein turn in his grave. Li has had to travel frequently between China and the United States. The project, known as the Muon g-2 experiment, is based in the Fermi National Accelerator Laboratory (Fermilab) near Chicago. China contributed some key components, including crystals in the heart of the detector system. Li’s team was involved in the project from the start, from experiment design and hardware assembly to computer coding and data analysis.

The laws of physics have been broken

How a single particle may change everything This week, physicists from the Fermi National Accelerator Laboratory (Fermilab) released a breakthrough publication that may forever change the way we understand the laws of physics. In the publication, the results of Fermilab’s Muon g-2 experiment were

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