H to hh to 4 W(l nu)
Heavy Higgs decaying to two light Higgs, in-turn decaying to leptonic W's, looking at complex invisible jigsaws.
N W(l nu)
Varying N for W(l nu) production, looking at minimizing the sum masses squared with invisible jigsaws
Di-Neutralinos decaying to Z(ll) H(gg) + LSPs
D-Neutralinos decaying to Z and Higgs, with two LSPs in the final state, also considering high compression
Di-stop to 2b, 2l, 2sneutrino through charginos
Di-stop to b chargino, with charginos decaying to lepton sneutrino, with varying and mixed chargino masses
Resonant ttbar to bW(l nu) bW(l nu)
Heavy Higgs to ttbar production, decaying to leptons, b-jets, and MET
ttbar to bW(l nu) bW(l nu)
Non-resonant, fully-leptonic ttbar with various invisible jigsaw combinations
H to W(l nu)W(l nu)
Neural Higgs to WW to 2l 2nu, contra-boost invariant jigsaws and multiple mass extraction
Charged Higgs to h(gg) and W(l nu)
Extracting spin-sensitive decay angles in the presence of weakly interacting particles
Single top to b W(l nu)
Invisible jigsaws and addtional decays with top to b and W to l nu
W (l nu)
Intro to invisible frames with W to l nu
Z (ll)
Z boson decaying to two leptons
Getting started with examples
Details on how to find and run RestFrames examples