User Tools

Site Tools


Sidebar

2019:groups:tools:searchmeas

This is an old revision of the document!


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, Priscilla P, Tomas G.

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?

List of topics below, followed by more information on each where available. Feel free to make sub-pages and link from the list instead.

Compressed stop and compressed electroweakino

The hepmc data available (M. van Beekveld) see below.

Four Top Complimentarity

Deepak, David…

2HDM+a:

(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 1904.10954 (UFO files)

2HDM+Pseudoscalar comparisons

Jon, Priscilla. Preliminary study with Contur here This is the model also being considered from the four top point of view (see above).

Testing complementarity on Gambit EWino best point(s) and a compressed non-excluded point

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
    • 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
    • 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
    • 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
  • n1 = 416 GeV, c1 = 418 GeV, t1 = 605 GeV
  • n1 = 436 GeV, c1 = 437 GeV, t1 = 610 GeV, rest above 500 GeV
2019/groups/tools/searchmeas.1561454094.txt.gz · Last modified: 2019/06/25 11:14 by jonathan.butterworth