Strongly Interacting Higgs Sector without Technicolor
C. Liu, Karl Jansen, Julius Kuti
Abstract
Open-access reader
C. Liu, Karl Jansen, Julius Kuti
Abstract
Open-access reader
Simulation results are presented on Higgs mass calculations in the spontaneously broken phase of the Higgs sector in the minimal Standard Model with a higher derivative regulator. A heavy Higgs particle is found in the TeV mass range in the presence of a complex conjugate ghost pair at higher energies. The ghost pair evades easy experimental detection. As a finite and unitary theory in the continuum, this model serves as an explicit and simple example of a strongly interacting Higgs sector without technicolor.
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Simulation results are presented on Higgs mass calculations in the spontaneously broken phase of the Higgs sector in the minimal Standard Model with a higher derivative regulator. A heavy Higgs particle is found in the TeV mass range in the presence of a complex conjugate ghost pair at higher energies. The ghost pair evades easy experimental detection. As a finite and unitary theory in the continuum, this model serves as an explicit and simple example of a strongly interacting Higgs sector without technicolor.
Key concepts: Technicolor, Higgs boson, Higgs sector, Physics, Particle physics, Unitary state, Standard Model (mathematical formulation), Higgs field