= Simplified dark matter models =

== Authors ==
 * s-channel
   * Antony Martini (Université catholique de Louvain) & Kentarou Mawatari (Vrije Universiteit Brussel)
      * Emails: kentarou.mawatari @ vub.ac.be
 * electroweak
   * Jian Wang (Johnnas Gutenberg University of Mainz) & Cen Zhang (Brookhaven National Laboratory)
      * Emails: cenzhang @ bnl.gov

== Description of the model ==

This is simplified dark matter models for NLO. 
Our lagrangian consists of different types of DM:

* Xr (real scalar DM)
* Xc (complex scalar DM)
* Xd (Dirac spinor DM)
* Xm (Majorana spinor DM) (to be done.)
* ...

and different types of mediators:

* s-channel
  * Y0 (spin-0)
  * Y1 (spin-1)
  * Y2 (spin-2) (to be done.)
  * ...

* t-channel (to be done.)

One can find the model lagrangian in the [http://feynrules.irmp.ucl.ac.be/raw-attachment/wiki/DMsimp/note.pdf note].

== '''Alpha version''' ==
[https://feynrules.irmp.ucl.ac.be/wiki/DMsimp_alpha]
== '''Beta version'''==

=== Model files ===
*  TBD : the s-channel model files in UFO format
* TO BE DONE: include  the s-channel+EW model files in UFO format

=== NLO QCD process samples for s-channel mediators ===
Remember that "scalar" below means scalar/pseudoscalar and "vector" means vector/axial-vector. 

* NLO vector mediator + jets [[BR]]

{{{
import model DMsimp_s_spin1
generate p p > xd xd~ j [QCD]
generate p p > xd xd~ j j [QCD]
}}}

* NLO ttbar associated production with a scalar mediator coupling only to tops[[BR]]


{{{
import model DMsimp_s_spin0
generate p p > xd xd~ t t~ [QCD] 
}}}

=== NLO EW process samples for s-channel mediators ===
Remember that "scalar" below means scalar/pseudoscalar and "vector" means vector/axial-vector. 

* NLO scalar mediator + a,z,w+ [[BR]]

{{{
import model DMsimp_ew_scalar_5f_UFO 
generate p p > xd xd~ z [QCD]
generate p p > xd xd~ a [QCD]
generate p p > xd xd~ w+ [QCD] 
}}}

* NLO vector mediator + h[[BR]]


{{{
import model DMsimp_ew_vector_5f_UFO 
generate p p > xd xd~ h [QCD] 
}}}

=== LO loop (top-quark) induced ===

* monojet [[BR]]

{{{
import model DMsimp_s_spin0
generate p p > xd xd~ j [QCD]
}}}

* mono-Z [[BR]]

{{{
import model DMsimp_s_spin0
generate p p > xd xd~ z [QCD]
}}}

* mono-photon (will be 0 for all couplings) [[BR]]

{{{
import model DMsimp_s_spin0
generate p p > xd xd~ a [QCD]
}}}

* mono-Higgs [[BR]]

{{{
import model DMsimp_s_spin0
generate p p > xd xd~ h [QCD]
}}}

=== Version updates ===

*2015.08.20 - v0.1_beta: beta version. [[BR]]