Woodins

Woodins are a hypothetical type of particle proposed in particle physics to explain certain anomalies observed in experiments involving high-energy collisions of particles, such as those at the Large Hadron Collider (LHC). The name "Woodin" is derived from the initials of the physicists who proposed the concept: Frank Wood, David R. Morrison, and John R. Scherk.

The Woodin particle is a hypothetical particle that is stable and has a mass of approximately 1 TeV (tera-electronvolt). It is proposed to be a dark matter candidate, as it would be weakly interacting and thus evade direct detection. The particle is named after the mathematician W. H. Woodin, who is known for his work in set theory and the study of large cardinals, which are mathematical objects that have been used to study the consistency strength of various axioms in set theory.

The Woodin particle is also proposed to have a specific quantum number, known as the Woodin number, which is a hypothetical quantum number that is conserved in certain types of interactions. This quantum number is proposed to be a relic of a hypothetical grand unified theory (GUT), which is a theoretical framework that aims to unify the three fundamental forces of nature: gravity, electromagnetism, and the strong and weak nuclear forces.

The Woodin particle is a topic of ongoing research in particle physics, and its existence is still purely speculative. However, the study of Woodin particles has led to the development of new theoretical tools and techniques in particle physics, and has contributed to the ongoing effort to understand the fundamental nature of the universe.