Physicists Finally Know How the Strong Force Gets Its Strength | Scientific American

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T he strongest force in the universe is called, aptly, the strong force. We never get to witness its fearsome power because it works only across subatomic distances, where it binds quarks together inside protons and neutrons and joins those nucleons into atomic nuclei. Of the four basic forces of nature, the strong force is by far the most potent—it’s 100 trillion trillion trillion times stronger than the force of gravity. It’s also the most mysterious. Despite knowing roughly how it compares with the other forces, scientists don’t know precisely how strong the strong force is. The other three forces—gravity, the electromagnetic force and the weak nuclear force (responsible for some radioactivity)—are much better measured. The strength of electromagnetism, for example, denoted by its “coupling constant,” has been measured with the same precision as the distance between New York and Los Angeles, to within a few hair breadths. Yet the strong force’s coupling constant, called αs (“alpha s

April 16, 2024 12 min read Add Us On Google Add SciAm The Secret to the Strongest Force in the Universe New discoveries demystify the bizarre force that binds atomic nuclei together By Stanley J. Brodsky , Alexandre Deur & Craig D. Roberts Deena So'oteh T he strongest force in the universe is called, aptly, the strong force. We never get to witness its fearsome power because it works only across subatomic distances, where it binds quarks together inside protons and neutrons and joins those nucleons into atomic nuclei. Of the four basic forces of nature, the strong force is by far the most pote

Physicists Finally Know How the Strong Force Gets Its Strength | Scientific American

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