Click here to start

Table of contents

Slide 1

Slide 2

W and Z production at hadron colliders

W + jet production

W and Z Production

Slide 6

Experimental Signature: Z→l+l−

DØ Z→μ+μ−

Measuring Efficiencies using the Z→μ+μ− data

CDF: Z→μ+μ−

Experimental Signature: W→l

DØ: W→e and W→μ

W and Z pT

DØ pTW measurement

CDF pTW and pTZ

Other Measurements with W,Z Events

Slide 21

σW • Br(W→l) σZ • Br(Z→l+l−)

Indirect measurement of Br(W→l)

Indirect measurement of ΓW

Other measurements with W, Z events

Summary, Outlook

Slide 23

Introduction

Top Quarks at the Tevatron

Top Quark Mass

Top physics understanding

Event selection

Run II Data Taking Status

Dilepton Channel

Run II cross section – Dilepton channel

Double b-tagged dilepton event @ CDF

Dilepton channel

DØ dilepton sample weight curves

PowerPoint Presentation

Slide 37

Top quark properties

Lepton + Jets Channel

Complications

Combinatorics

Basic Procedure

Lepton + Jets channel (DØ)

Lepton + Jets channel (CDF)

Top Mass Measurement

First look at top mass in Run II

Mass: future prospects

Top Mass

Single top production

Top quark production properties

Cross Section

Production cross section

Run II cross section summary

Cross section s dependence

Single Top Physics

Search for Single top in Run II

Top Quark Transverse Momentum

tt resonances

Test for new physics in tt production

Top Quark Decay Properties

W helicity in top decays

CDF analysis in Run I

Slide 63

|Vtb|

Rare decays: SM and beyond

First Run II look at the all jets channel

Conclusions

Author: Bob Hirosky

Further information:
Lecture 3 Vietnam School of Physics Hue 2003