Standard model supersymmetry

Kazakov, D. I. Beyond the standard model (In search of supersymmetry) 2000. ArXiv hep-ph/0012288. 

Haber, H.E. and G.L. Kane The Search for Supersymmetry Probing Physics Beyond the Standard Model, Physics Reports, 117(2, 3), 75 263 (January 1985). Haber, H.E. and G.L Kane Is Nature Supersymmetric Sci. Amer., 52-60 (June... 

Of importance for cosmology is the fact that supersymmetry requires the existence of a new particle for each particle in the Standard Model. These su-... 

If supersymmetry would be an explicit symmetry of nature, superpartners would have the same mass as their corresponding Standard Model particle. However, no Standard Model particle has a superpartner of the same mass. It is therefore assumed that supersymmetry, much as the weak symmetry, is broken. Superpartners can then be much heavier than their normal counterparts, explaining why they have not been detected so far. However, the mechanism of supersymmetry breaking is not completely understood, and in practice it is implemented in the model by a set of supersymmetry-breaking parameters that govern the values of the superpartners masses (the superpartners couplings are fixed by supersymmetry). 

It is the last unobserved piece of the Standard Model, the most convincing explanation available for the way the universe works... The purpose of the Higgs boson is to inculcate mass into those particles which weigh something... The search for the Higgs is a search for closure on the old world. Supersymmetry is the new. It might also (explain) dark matter . 

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