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ScienceReported

Physicists Probe What Lies Beneath the Universe's Smallest Known Particles

A Scientific American report examines ongoing efforts by physicists to determine whether particles considered fundamental, such as quarks and electrons, are themselves made of smaller components.

· 2 min read · language: en
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— Scientific American

A recent article published by Scientific American explores the question of what constitutes the smallest building blocks of the universe, according to the publication.

The article, titled "What are the smallest pieces of the universe?", states that physicists are actively searching for structures that may exist beneath the particles currently recognized as fundamental, such as quarks and electrons, Scientific American reported.

According to the outlet, the Standard Model of particle physics currently identifies a set of particles considered to be elementary, meaning they are not thought to be composed of smaller parts. However, the article notes that researchers continue to investigate whether these particles might have an underlying substructure that has not yet been detected.

Scientific American did not specify in the excerpt reviewed which experimental methods or theoretical frameworks are being used in this search, nor did it name specific researchers or institutions involved in the effort.

The publication's report frames the inquiry as part of a broader, ongoing effort within the physics community to understand the most basic constituents of matter and the universe.

Further details on the specific findings, experiments, or theoretical models discussed in the full article were not available in the source material reviewed for this report.

Sources

EGazette summarizes reporting from multiple sources; follow the links for the originals.

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