Results 191 to 200 of about 15,869 (227)
Gravitational catalysis of nuclear synthesis from positrons, electrons and neutrinos. [PDF]
Sci RepVayenas CG, Tsousis DG, Martino E.
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Scientific American, 2012
The article discusses the European Organization for Nuclear Research's discovery of a particle in July 2012 and how scientists must verify that it is the Higgs boson particle. Topics include how the discovery may signify the completion of the Standard Model of particle physics and how researchers used colliders to create energetic collisions.
Robert, Garisto, Abhishek, Agarwal
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The article discusses the European Organization for Nuclear Research's discovery of a particle in July 2012 and how scientists must verify that it is the Higgs boson particle. Topics include how the discovery may signify the completion of the Standard Model of particle physics and how researchers used colliders to create energetic collisions.
Robert, Garisto, Abhishek, Agarwal
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Modern Physics Letters A, 1990
The main phenomenological aspects of the Higgs bosons are briefly reviewed in the context of the Standard Model and in models with an "extended" Higgs sector. Among the latter, special emphasis is made on the Two-Doublet Model and, particularly, the Minimal Supersymmetric Model.
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The main phenomenological aspects of the Higgs bosons are briefly reviewed in the context of the Standard Model and in models with an "extended" Higgs sector. Among the latter, special emphasis is made on the Two-Doublet Model and, particularly, the Minimal Supersymmetric Model.
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Reports on Progress in Physics, 1989
A comprehensive review of the phenomenology of the conventional Higgs boson is presented. The fundamentals of the standard model of electroweak interactions are reviewed. Experimental limits on light Higgs bosons are assessed and prospects for further experimental searches are evaluated.
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A comprehensive review of the phenomenology of the conventional Higgs boson is presented. The fundamentals of the standard model of electroweak interactions are reviewed. Experimental limits on light Higgs bosons are assessed and prospects for further experimental searches are evaluated.
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Isosinglet-quark decays to Higgs bosons in multi-Higgs-boson models
Physical Review D, 1990We examine the decays of heavy SU(2){sub {ital L}}-singlet quarks to a Higgs boson and a light quark in a class of E{sub 6} electroweak models with more than one Higgs multiplet. We calculate the branching fractions for several scenarios involving different Higgs sectors and quark mixing.
, Barger, , Whisnant
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2019
Abstract This chapter discusses the Higgs boson, the spin-0 particle in the Standard Model most closely associated with its spontaneous symmetry breaking. It gives the predictions of the Standard Model for the production and decay of Higgs bosons. It describes the experiments at the Large Hadron Collider that test these predictions.
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Abstract This chapter discusses the Higgs boson, the spin-0 particle in the Standard Model most closely associated with its spontaneous symmetry breaking. It gives the predictions of the Standard Model for the production and decay of Higgs bosons. It describes the experiments at the Large Hadron Collider that test these predictions.
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EWK Bosons and the Higgs Boson
2016As discussed, in Chap. 2, the Higgs boson plays an important role in the process of electroweak symmetry breaking. Correspondingly, the couplings of the electroweak boson to the Higgs boson are noticeably different in structure and strength compared to the Yukawa couplings responsible for the fermion masses.
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