R-parity
conserved ℤ/2 symmetry in supersymmetric gauge theory, such that standard model particles have R-parity +1 while their superpartners have R-parity −1
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R-parity
Summary
R-parity is a conserved quantity[1]. R-parity draws 23 Wikipedia views per month (conserved_quantity category, ranking #1 of 1).[2]
Key Facts
- R-parity's instance of is recorded as conserved quantity[3].
- R-parity's instance of is recorded as multiplicative quantum number[4].
- R-parity's part of is recorded as R-symmetry[5].
- R-parity's Freebase ID is recorded as /m/02j_fr[6].
- R-parity's facet of is recorded as supersymmetry[7].
- R-parity's defining formula is recorded as (-1)^{3(B-L)+2s}[8].
- R-parity's nLab ID is recorded as R-parity[9].
- R-parity's maintained by WikiProject is recorded as WikiProject Mathematics[10].
- R-parity's Microsoft Academic ID is recorded as 2775935062[11].
- R-parity's in defining formula is recorded as B-L[12].
- R-parity's in defining formula is recorded as s[13].
- R-parity's OpenAlex ID is recorded as C2775935062[14].
Why It Matters
R-parity draws 23 Wikipedia views per month (conserved_quantity category, ranking #1 of 1).[2] R-parity has Wikipedia articles in 7 language editions, a strong signal of global cultural recognition.[15]