Search for Electroweak Single-Top-Quark Production using Neural Networks with 2.2 fb-1 of CDF II data

Neural Network Input Variables for the 3jet2tag Net
MC distributions: the product of the lepton-charge and the pseudorapidity of the light-quark jet data - MC comparison: the product of the lepton-charge and the pseudorapidity of the light-quark jet data - MC comparison: the product of the lepton-charge and the pseudorapidity of the light-quark jet
MC distributions: the invariant mass of the combination of the reconstructed top-quark and the second b-quark data - MC comparison: the invariant mass of the combination of the reconstructed top-quark and the second b-quark data - MC comparison: the invariant mass of the combination of the reconstructed top-quark and the second b-quark
MC distributions: the transverse momentum of the combination of the reconstructed top-quark and the two additional jets data - MC comparison: the transverse momentum of the combination of the reconstructed top-quark and the two additional jets data - MC comparison: the transverse momentum of the combination of the reconstructed top-quark and the two additional jets
MC distributions: the invariant mass of the combination of the two leading jets data - MC comparison: the invariant mass of the combination of the two leading jets data - MC comparison: the invariant mass of the combination of the two leading jets
MC distributions: the cosine of the angle between the charged lepton and the light-quark jet in the top-quark-rest-frame data - MC comparison: the cosine of the angle between the charged lepton and the light-quark jet in the top-quark-rest-frame data - MC comparison: the cosine of the angle between the charged lepton and the light-quark jet in the top-quark-rest-frame
MC distributions: the sum of the transverse energies of the two leading jets data - MC comparison: the sum of the transverse energies of the two leading jets data - MC comparison: the sum of the transverse energies of the two leading jets
MC distributions: the invariant mass of the combination of the first and third leading jet data - MC comparison: the invariant mass of the combination of the first and third leading jet data - MC comparison: the invariant mass of the combination of the first and third leading jet
MC distributions: the difference of the pseudorapidities of the second and third leading jet data - MC comparison: the difference of the pseudorapidities of the second and third leading jet data - MC comparison: the difference of the pseudorapidities of the second and third leading jet
MC distributions: the transverse energy of the second b-quark jet data - MC comparison: the transverse energy of the second b-quark jet data - MC comparison: the transverse energy of the second b-quark jet
MC distributions: the transverse mass of the reconstructed top-quark data - MC comparison: the transverse mass of the reconstructed top-quark data - MC comparison: the transverse mass of the reconstructed top-quark
MC distributions: the difference of the pseudorapidities of the two leading jets data - MC comparison: the difference of the pseudorapidities of the two leading jets data - MC comparison: the difference of the pseudorapidities of the two leading jets
MC distributions: the transverse energy of the third leading jet data - MC comparison: the transverse energy of the third leading jet data - MC comparison: the transverse energy of the third leading jet
MC distributions: the centrality of the event data - MC comparison: the centrality of the event data - MC comparison: the centrality of the event
MC distributions: s_hat of the event data - MC comparison: s_hat of the event data - MC comparison: s_hat of the event
MC distributions: the cosine of the angle between the two leading jets in the top-quark rest-frame data - MC comparison: the cosine of the angle between the two leading jets in the top-quark rest-frame data - MC comparison: the cosine of the angle between the two leading jets in the top-quark rest-frame