Results 301 to 310 of about 1,903,157 (330)
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2006
The standard model (SM) consists of the confining color gauge theory SU(3) for strong interactions and the spontaneously broken electroweak gauge theory SU(2)L ×U(1)Y. In this subsection, we introduce the SM, concentrating on the issues relevant for our string orbifold construction and phenomenological issues after the discovery of the Higgs boson.
Kang Sin Choi, Jihn E. Kim
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The standard model (SM) consists of the confining color gauge theory SU(3) for strong interactions and the spontaneously broken electroweak gauge theory SU(2)L ×U(1)Y. In this subsection, we introduce the SM, concentrating on the issues relevant for our string orbifold construction and phenomenological issues after the discovery of the Higgs boson.
Kang Sin Choi, Jihn E. Kim
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Beyond the Standard Model [PDF]
Physica Scripta, 2013 The status of searches for physics beyond the Standard Model is reviewed, in the light of the data from the Large Hadron Collider runs at 7 and 8 TeV centre-of-mass energy.
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2020
The Standard Model (SM) is a set of theories that describe fundamental particle physics and the interactions of all known elementary particles, except gravity. Kick-started by Sheldon Glashow’s discovery of combining electromagnetic and weak interactions in 1961, it has evolved since then into its current form that we know today.
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The Standard Model (SM) is a set of theories that describe fundamental particle physics and the interactions of all known elementary particles, except gravity. Kick-started by Sheldon Glashow’s discovery of combining electromagnetic and weak interactions in 1961, it has evolved since then into its current form that we know today.
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1992
The outstanding problems of the Standard Model of particle physics can conveniently be classified into 3 main categories. The most immediate is that of Mass: why are the quark, lepton and electroweak gauge boson masses non-zero? And why are they so small: mw/mp ∼ 10-10? The answer to the first question is presumably some variant of the Higgs mechanism,
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The outstanding problems of the Standard Model of particle physics can conveniently be classified into 3 main categories. The most immediate is that of Mass: why are the quark, lepton and electroweak gauge boson masses non-zero? And why are they so small: mw/mp ∼ 10-10? The answer to the first question is presumably some variant of the Higgs mechanism,
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AIP Conference Proceedings, 1994
In this talk I discuss the theoretical and experimental reasons for believing that there is new physics beyond the standard one‐doublet Higgs model. I review the status of the two most popular classes of such models: Technicolor and supersymmetry.
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In this talk I discuss the theoretical and experimental reasons for believing that there is new physics beyond the standard one‐doublet Higgs model. I review the status of the two most popular classes of such models: Technicolor and supersymmetry.
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Integrative oncology: Addressing the global challenges of cancer prevention and treatment
Ca-A Cancer Journal for Clinicians, 2022Paulo Cáceres Guido +2 more
exaly
2004
As of today, the Standard Model has passed all tests and no significant hint of any physics beyond this model has been found. On the other hand, being the most general renormalizable theory (if the minimal Higgs sector is included) with the desired particle spectrum and the observed interactions, it is mainly parametrizing our ignorance about physics ...
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As of today, the Standard Model has passed all tests and no significant hint of any physics beyond this model has been found. On the other hand, being the most general renormalizable theory (if the minimal Higgs sector is included) with the desired particle spectrum and the observed interactions, it is mainly parametrizing our ignorance about physics ...
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Modern developments in germline pharmacogenomics for oncology prescribing
Ca-A Cancer Journal for Clinicians, 2022Natalie M Reizine, Peter H O'donnell
exaly
2016
The Standard Model (SM) is a theory that describes the fundamental particles and their interactions, with the exception of gravitational interactions. Experimental observations over the past several decades have proven that the SM accurately describes the physics at energy levels accessible in the laboratory.
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The Standard Model (SM) is a theory that describes the fundamental particles and their interactions, with the exception of gravitational interactions. Experimental observations over the past several decades have proven that the SM accurately describes the physics at energy levels accessible in the laboratory.
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