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• W2046335028 abstract "We consider some specific inverse problem or ``bottom-up'' reconstruction strategies at the CERN LHC for both general and constrained minimal supersymmetric standard model (MSSM) parameters, starting from a plausibly limited set of sparticle identification and mass measurements, using mainly gluino/squark cascade decays, plus eventually the lightest Higgs boson mass. For the three naturally separated sectors of gaugino/Higgsino, squark/slepton, and Higgs parameters, we examine different step-by-step algorithms based on rather simple, entirely analytical, inverted relations between masses and basic MSSM parameters. This includes also reasonably good approximations of some of the relevant radiative correction calculations. We distinguish the constraints obtained for a general MSSM from those obtained with universality assumptions in the three different sectors. Our results are compared at different stages with the determination from more standard ``top-down'' fit of models to data, and finally combined into a global determination of all the relevant parameters. Our approach gives complementary information to more conventional analysis, and is not restricted to the specific LHC measurement specificities. In addition, the bottom-up renormalization group evolution of general MSSM parameters, being an important ingredient in this framework, is illustrated as a new publicly available option of the MSSM spectrum calculation code SuSpect." @default.
• W2046335028 created "2016-06-24" @default.
• W2046335028 creator A5059700898 @default.
• W2046335028 creator A5077135989 @default.
• W2046335028 date "2009-04-16" @default.
• W2046335028 modified "2023-10-16" @default.
• W2046335028 title "Bottom-up reconstruction scenarios for (un)constrained MSSM parameters at the CERN LHC" @default.
• W2046335028 cites W1511235210 @default.
• W2046335028 cites W1516878371 @default.
• W2046335028 cites W171860537 @default.
• W2046335028 cites W1887776957 @default.
• W2046335028 cites W1906187652 @default.
• W2046335028 cites W1968756892 @default.
• W2046335028 cites W1976367881 @default.
• W2046335028 cites W1979771157 @default.
• W2046335028 cites W1985470496 @default.
• W2046335028 cites W1989974461 @default.
• W2046335028 cites W1991519876 @default.
• W2046335028 cites W2001320437 @default.
• W2046335028 cites W2001330970 @default.
• W2046335028 cites W2003697295 @default.
• W2046335028 cites W2005284980 @default.
• W2046335028 cites W2008813150 @default.
• W2046335028 cites W2009875811 @default.
• W2046335028 cites W2013870690 @default.
• W2046335028 cites W2016412380 @default.
• W2046335028 cites W2022658346 @default.
• W2046335028 cites W2036427234 @default.
• W2046335028 cites W2037655130 @default.
• W2046335028 cites W2041589930 @default.
• W2046335028 cites W2043935734 @default.
• W2046335028 cites W2044464057 @default.
• W2046335028 cites W2045720405 @default.
• W2046335028 cites W2050637917 @default.
• W2046335028 cites W2051201948 @default.
• W2046335028 cites W2053975209 @default.
• W2046335028 cites W2056760934 @default.
• W2046335028 cites W2061448382 @default.
• W2046335028 cites W2062588395 @default.
• W2046335028 cites W2063121619 @default.
• W2046335028 cites W2063695143 @default.
• W2046335028 cites W2071527591 @default.
• W2046335028 cites W2073787724 @default.
• W2046335028 cites W2083988290 @default.
• W2046335028 cites W2088660182 @default.
• W2046335028 cites W2091723563 @default.
• W2046335028 cites W2101707066 @default.
• W2046335028 cites W2105683921 @default.
• W2046335028 cites W2107320399 @default.
• W2046335028 cites W2107544189 @default.
• W2046335028 cites W2109677500 @default.
• W2046335028 cites W2110091515 @default.
• W2046335028 cites W2110389632 @default.
• W2046335028 cites W2110456642 @default.
• W2046335028 cites W2114510786 @default.
• W2046335028 cites W2117112399 @default.
• W2046335028 cites W2119794556 @default.
• W2046335028 cites W2126217975 @default.
• W2046335028 cites W2130455390 @default.
• W2046335028 cites W2130480572 @default.
• W2046335028 cites W2131316126 @default.
• W2046335028 cites W2131715088 @default.
• W2046335028 cites W2133022420 @default.
• W2046335028 cites W2133662723 @default.
• W2046335028 cites W2137989028 @default.
• W2046335028 cites W2145370842 @default.
• W2046335028 cites W2146002352 @default.
• W2046335028 cites W2151440525 @default.
• W2046335028 cites W2156913559 @default.
• W2046335028 cites W2162750483 @default.
• W2046335028 cites W2166191085 @default.
• W2046335028 cites W2168442976 @default.
• W2046335028 cites W2170101967 @default.
• W2046335028 cites W2173403199 @default.
• W2046335028 cites W2258584306 @default.
• W2046335028 cites W2953170495 @default.
• W2046335028 cites W3037265032 @default.
• W2046335028 cites W3099511719 @default.
• W2046335028 cites W3100122039 @default.
• W2046335028 cites W3100319839 @default.
• W2046335028 cites W3100531896 @default.
• W2046335028 cites W3100839361 @default.
• W2046335028 cites W3101457089 @default.
• W2046335028 cites W3101708131 @default.
• W2046335028 cites W3103731137 @default.
• W2046335028 cites W3103956320 @default.
• W2046335028 cites W3104492742 @default.
• W2046335028 cites W3104708536 @default.
• W2046335028 cites W3124311860 @default.
• W2046335028 cites W4241495735 @default.
• W2046335028 cites W4243677291 @default.
• W2046335028 cites W4297680784 @default.
• W2046335028 doi "https://doi.org/10.1103/physrevd.79.075010" @default.
• W2046335028 hasPublicationYear "2009" @default.
• W2046335028 type Work @default.
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