Introduction

 

The DØ Experiment consists of a worldwide collaboration of scientists conducting research on the fundamental nature of matter. The DØ experiment (the CDF experiment as well) is located at the world's premier high-energy accelerator, the Tevatron Collider, at the Fermi National Accelerator Laboratory (Fermilab) (Department of Energy [DOE] national laboratory) in Batavia, Illinois, USA. 

Procedures for Experimenters at Fermilab (Introduction to Fermilab, Policies, Communications, Responsibilities, Computing, ...)

Further general information on Fermilab (Virtual Tour, Architecture and Nature/Ecology, Budgets, . . .):

Fermilab mainpage => about Fermilab.
Map of Fermilab (interactive).

Further general information on DØ (Detector, Physics Overview, Photos, . . .):
DØ Presentations.
DØ mainpage => DØ at Work => Physics => Run II Results.
Run I Results and Plain English Summaries can be found there, too.

More detailed information on the DØ - Detector and the Tevatron:
Nuclear Instruments and Methods in Physics Research A 338 (1994) 185-253 (Run I performance)
The Upgraded D0 Detector (Fermilab-Pub-05/341-E, ps, pdf)
Nuclear Instruments and Methods in Physics Research A 565 (2006) 463 (Run II performance)
Physics with the D0 Upgrade.
Brief description of the detector.
Fermilab's Chain of Accelerators (some browsers cannot display this page properly - go to Accelerator Details).
Tevatron Run II Handbook.

DØ Celebration of RunIIa and the Upgrade Video 
Announcement in the DØ News.
Teaser (~47 MB) and full video (~670 MB).

Roughly 650 university scientists and students from 19 nations are currently involved in DØ. We encourage you to have a first look at your collaborateurs:
DØ mainpage => DØ at Work => Collaboration => DØ Physicist Photo Gallery (official)

 

By the way: 

The name of our detector is based on the naming scheme of the Tevatron Collider (schematic view of the Tevatron), which is divided into 6 sections. The DØ - Detector is  located in section D, precisely at the point called 'D0', whereas the CDF - Detector for example can be found in section B (at the point 'B0'). The main injector is connected to the Tevatron in section F (at the point 'F0').