Behold the 'Glueball,' a Strange New Form of Matter
sciencehabit shares a report from Science Magazine: For more than half a century, physicists have searched for one of the strangest particles predicted by modern theory. It would be made almost entirely of gluons, the elusive subatomic particles that carry the strong nuclear force. Now, using a particle collider in Beijing, researchers say they have effectively proved the existence of such a…
Scientists have reportedly established the existence of a peculiar new form of matter known as a "glueball." This groundbreaking discovery was made using a particle collider in Beijing, where researchers created a particle called X(2370) by colliding electrons with positrons at incredibly high energies.
According to the findings presented at the International Conference on High Energy Physics (ICHEP), the X(2370) particle exhibits the characteristics expected of a glueball. Glueballs are made almost entirely of gluons, the elusive subatomic particles that transmit the strong nuclear force.
Colin Morningstar, a particle physicist at Carnegie Mellon University who was not part of the research team, praised the discovery as a remarkable experimental triumph. He stated that this is the strongest evidence yet that particles dominated by a glueball component can indeed exist in nature.
This confirmation of a glueball's existence represents a significant milestone in the field of particle physics, providing compelling evidence for a long-theorized phenomenon. The research adds to our understanding of the fundamental building blocks of matter and the forces that govern the universe.
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