Connes' interpretation of the Standard Model and massive neutrinos

Abstract

Massive neutrinos can be accommodated into the noncommutative geometry reinterpretation of the Standard Model. The constrained Standard Model Lagrangian is computed anew under the assumption of nonzero neutrino masses. This gives the ``prediction" of a mass for the Higgs particle somewhat higher than in the vanishing neutrino mass case.

Final version, to appear in Phys Lett B

References in corpus (3)

• A Renormalization Group Analysis of the NCG constraints $m_{top} = 2\,m_W}$, $m_{Higgs}=3.14m_W$
• Remarks on Alain Connes' approach to the standard model
• On Marshak's and Connes' views of chirality

Cited by in corpus (12)

• The Standard Model as a noncommutative geometry: the low energy regime
• On a Classification of Irreducible Almost-Commutative Geometries IV
• Anomaly Cancellation and gauge group of the standard model in NCG
• New Scalar Fields in Noncommutative Geometry
• The Noncommutative Constraints on the Standard Model à la Connes
• Fermion masses in noncommutative geometry
• On a Classification of Irreducible Almost-Commutative Geometries V
• Non-Commutative Geometry and the Strong Force
• Massive Neutrinos in Almost-Commutative Geometry
• The Inverse Seesaw Mechanism in Noncommutative Geometry
• A brief introduction to the noncommutative geometry description of particle physics standard model
• Noncommutative Geometry: Calculation of the Standard Model Lagrangian