supersymmetry
supersymmetry
UK[ˌsuːpəˈsɪmətri]US[ˌsuːpərˈsɪmətri]
n
a principle in theoretical physics that proposes a relationship between two basic classes of elementary particles, bosons and fermions, where for every known particle a "superpartner" particle of the other class is postulated.
n
the symmetry, or invariance under transformation, described by this principle.
Morpheme Breakdown
super
symmetry
super
above, beyond
symmetry
balanced form
Etymology
the term is a modern scientific compound, formed in the late 20th century within the field of particle physics. it combines the latin prefix 'super-', meaning "beyond", with the established english word 'symmetry', which originates from greek concepts of commensurability and balanced measure. the word's logic is elegantly literal: it denotes a theoretical framework that posits a "beyond-symmetry"—a deeper, more fundamental symmetry that extends beyond the known classifications of particles. this conceptual extension transforms the classical idea of geometric balance into an abstract principle governing the fundamental constituents of the universe.
Analysis
Structure: super (above, beyond) + symmetry (balanced form)
super: from latin 'super', meaning "above, over, beyond". functions as a prefix indicating excess, superiority, or a higher degree.
symmetry: from greek 'symmetria', from 'syn-' (together) + 'metron' (measure). functions as the core noun, denoting a balanced and proportionate arrangement of parts.
Examples
supersymmetry is a central concept in many attempts to unify the fundamental forces of nature.
if supersymmetry exists, it could explain the nature of dark matter.
experimental searches for evidence of supersymmetry are ongoing at particle colliders.