This shows you the differences between two versions of the page.
Both sides previous revision Previous revision Next revision | Previous revision Next revision Both sides next revision | ||
2019:groups:tools:searchmeas [2019/06/22 11:30] anders.kvellestad |
2019:groups:tools:searchmeas [2019/06/25 11:18] jonathan.butterworth |
||
---|---|---|---|
Line 1: | Line 1: | ||
- | ====== Search/measurement compatibility ====== | + | ====== Search/measurement compatibility and complementarity ====== |
- | //Members: Andy B, Ben F, Jon B, David Y, Anders K, Kar, D, Sanmay Ganguly, M. van Beekveld, Are R., Juhi Dutta, Tomas G // | + | //Members: Andy B, Ben F, **Jon B**, David Y, Anders K, Kar, D, Sanmay Ganguly, M. van Beekveld, Are R., Juhi Dutta, Tomas G, Priscilla P, Tomas G. // |
- | * Testing complementarity on Gambit EWino best point(s) and a compressed non-excluded point (Anders to supply SLHA files) | + | General idea is to look at how the sensitivity of measurements compares to that of searches. Are they compatible where they overlap? Are there regions of complementarity? |
- | * The hepmc data for compressed stop and compressed electroweakino is available (M. van Beekveld) | + | |
- | * Four top (Ben F to supply SLHA+UFO) | + | |
- | NB. Contur tutorial / hacking into on Sat (morning?): [[https://contur.hepforge.org/|Contur hepforge pages]] | + | List of topics below, followed by more information on each where available. |
+ | Feel free to make sub-pages and link from the list instead. | ||
+ | * Contur: [[https://contur.hepforge.org/|Contur hepforge pages]]; {{ :2019:groups:tools:contur.pptx | Slides from Sat morning}} | ||
+ | * Four Top Complimentarity | ||
+ | * Using rivet searches in Contur | ||
+ | * Full Run II dileptons | ||
+ | * [[2019:tools:searchmeas:2dhma|2HDM+Pseudoscalar comparisons]] | ||
+ | * [[2019:tools:searchmeas:gambit|Testing complementarity on Gambit parameter points]] | ||
+ | * Compressed stop and compressed electroweakino scenarios | ||
+ | |||
+ | |||
+ | === Compressed stop and compressed electroweakino === | ||
+ | |||
+ | The hepmc data available (M. van Beekveld) see below. | ||
+ | |||
+ | === Four Top Complimentarity === | ||
+ | |||
+ | Deepak, David... | ||
+ | |||
+ | 2HDM+a: | ||
+ | * UFO MOdel + example Herwig runcard {{http://www.hep.ucl.ac.uk/~yallup/2hdm.tar.gz}} | ||
+ | * Benchmark ATLAS for 4 top comparison, fig 19b {{https://arxiv.org/pdf/1903.01400.pdf}} | ||
+ | |||
+ | |||
+ | (Ben F to supply SLHA+UFO?) | ||
+ | |||
+ | === Using rivet searches in Contur === | ||
+ | |||
+ | Try an existing one e.g. MET+JET search? Louie... | ||
+ | |||
+ | === Full Run II dileptons === | ||
+ | |||
+ | Andy, Louie, Tanya ... can we write a rivet routine for this and use it in contur? | ||
+ | Good model to try this on is the Third Family Hypercharge Model studied in [[https://arxiv.org/abs/1904.10954|1904.10954]] {{ :2019:groups:tools:zprime_tfhm.tar.gz | (UFO files)}} | ||
+ | |||
+ | |||
+ | |||
+ | === mbeekveld SLHA files === | ||
+ | |||
+ | Note that more is available upon request | ||
+ | |||
+ | Compressed higgsinos: | ||
+ | * n1 = 373 GeV, c1 = 375 GeV, n2 = 380 GeV, rest above 500 GeV | ||
+ | * {{ :2019:groups:tools:higgsino_n1_373_c1_375_n2_380.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/ew_compressed/run_01 (password upon request) | ||
+ | * n1 = 416 GeV, c1 = 418 GeV, n2 = 424 GeV, rest above 500 GeV | ||
+ | * {{ :2019:groups:tools:higgsino_n1_416_c1_418_n2_424.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/ew_compressed/run_02 (password upon request) | ||
+ | * n1 = 436 GeV, c1 = 437 GeV, n2 = 499 GeV, rest above 500 GeV | ||
+ | * {{ :2019:groups:tools:higgsino_n1_436_c1_437_n2_499.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/ew_compressed/run_03 (password upon request) | ||
+ | |||
+ | Compressed stop: | ||
+ | * n1 = 373 GeV, c1 = 375 GeV, t1 = 548 GeV | ||
+ | * {{ :2019:groups:tools:compressed_stop_n1_373_c1_375_t1_548.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/stop/run_01 (password upon request) | ||
+ | * n1 = 416 GeV, c1 = 418 GeV, t1 = 605 GeV | ||
+ | * {{ :2019:groups:tools:compressed_stop_n1_416_c1_418_t1_605.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/stop/run_02 (password upon request) | ||
+ | * n1 = 436 GeV, c1 = 437 GeV, t1 = 610 GeV, rest above 500 GeV | ||
+ | * {{ :2019:groups:tools:compressed_stop_n1_436_c1_437_t1_610.txt |}} | ||
+ | * HepMC (with madgraph -> pythia) at somguest@somdisk.ific.uv.es:/volume2/homes/somguest/LesHouches/stop/run_03 (password upon request) | ||
- | === GAMBIT SLHA files === | ||
- | * Example electroweakino points with large mass splittings | ||
- | * bino < winos < higgsinos: | ||
- | * {{ :2019:groups:tools:ewmssm_gambit_bino_winos_higgsinos_slha1.txt |}} \\ | ||
- | * {{ :2019:groups:tools:ewmssm_gambit_bino_winos_higgsinos_slha2.txt |}} \\ | ||
- | * bino < higgsinos < winos: | ||
- | * {{ :2019:groups:tools:ewmssm_gambit_bino_higgsinos_winos_slha1.txt |}} \\ | ||
- | * {{ :2019:groups:tools:ewmssm_gambit_bino_higgsinos_winos_slha2.txt |}} \\ | ||