nnlojet – Hepforge

nnlojet is hosted by Hepforge, IPPP Durham

List of available processes (v1.0.0)

For a more detailed description of each process and related references, please have a look at the relative Section of the NNLOJET manual. Each process below is available up to NNLO QCD.

𝙚^{+} 𝙚^{-}

scattering

Jet production

$e^{+} e^{-} \to 2 jets$
$e^{+} e^{-} \to 3 jets$

𝙚 𝙥

scattering

Jet production

$e p \to lepton + 1 jet$
$e p \to lepton + 2 jets$

𝙥 𝙥

scattering

Jet production

$p p \to 1 jet + X$
$p p \to 2 jets$

Vector boson (+ jet) production

$p p \to (γ^{*}, Z) + 0 jet$
$p p \to (γ^{*}, Z) + 1 jet$
$p p \to W^{\pm} + 0 jet$
$p p \to W^{\pm} + 1 jet$

Photon (+ jet) production

$p p \to γ + X$
$p p \to γ + 1 jet$
$p p \to γγ$

Higgs (+ jet) production

$p p \to H + X$
$p p \to H + 1 jet$

Note: For each process type contained at NNLO QCD, it is implicitly understood that NNLOJET also provides the NLO correction to the process with one additional jet and the LO of the process with two additional jets. For example, since $Z + 1 jet$ is available at NNLO, $Z + 2 jet$ can be computed at NLO and $Z + 3 jet$ at LO. To perform NLO and LO calculations of processes with additional jets in the final state, one can simply require a higher number of resolved jets in the runcard file. For example, the NLO correction to $Z + 2 j$ can be computed via an NNLO calculation for the ZJ process requiring at least two jets.