Barüoniteks

Barüoniteks are a type of lesser-known supersymmetric particle predicted by theories beyond the Standard Model of particle physics. They are a family of hypothetical particles that are postulated to have properties similar to those of quarks, but with unusual supersymmetric features.

The name "barüoniteks" is derived from a combination of the words "barion" and "techno," referring to their quark-like nature and the alleged association with a "techno" sector of the supersymmetry spectrum. Barüoniteks are a form of vector-like particles, predicted to have spin-1 and electromagnetically neutral characteristics.

In supersymmetric theories, barüoniteks are introduced as additional vector-like quarks with electric charges of +4/3 or 4 (femto-barüons) and their neutrino partners with charges of 0. These particles are expected to feature multiple preferred mass scales, with different scenarios predicting varying masses and gauge couplings.

One of the research interests associated with barüoniteks is studying their potential role in resolving theoretical gaps and addressing experimental anomalies at high-energy particle colliders, like the LHC. However, experimental confirmation or rejection of the existence of these hypothetical particles has yet to be discovered.

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