The NIU high energy physics group has three main efforts. The first is the D0 experiment at the Fermilab proton-antiproton collider, with major emphasis on its muon system. The second is the involvement of a portion of the group in Fermilab Experiment 789. Finally, members of the group participate in the SDC collaboration at the SSC
The implementation of the energy doubler at Fermilab offers a unique opportunity to investigate muon...
The Bonner Lab High Energy Group at Rice University has major hardware and software design and const...
This report describes the activities of the University of Illinois Experimental High Energy Physics ...
The NIU high energy physics group has three main efforts. The first is the D0 experiment at the Ferm...
The NIU high energy physics group has three main efforts. The first is the D0 experiment at the Ferm...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
The hadron collider group is studying proton-antiproton interactions at the world`s highest collisio...
The high energy physics group at the University of South Carolina includes five teaching faculty mem...
Recent progress in the study of muon colliders is presented. An international collaboration consisti...
The D0 detector is a large, general-purpose detector designed to take full advantage of the 2 TeV en...
The high energy physics group at the University of South Carolina includes five teaching faculty mem...
The intense muon beams which will be available at a neutrino factory provide a unique opportunity fo...
The implementation of the energy doubler at Fermilab offers a unique opportunity to investigate muon...
The Bonner Lab High Energy Group at Rice University has major hardware and software design and const...
This report describes the activities of the University of Illinois Experimental High Energy Physics ...
The NIU high energy physics group has three main efforts. The first is the D0 experiment at the Ferm...
The NIU high energy physics group has three main efforts. The first is the D0 experiment at the Ferm...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
This report covers the activities of the NIU high energy physics group as supported by DOE contract ...
The hadron collider group is studying proton-antiproton interactions at the world`s highest collisio...
The high energy physics group at the University of South Carolina includes five teaching faculty mem...
Recent progress in the study of muon colliders is presented. An international collaboration consisti...
The D0 detector is a large, general-purpose detector designed to take full advantage of the 2 TeV en...
The high energy physics group at the University of South Carolina includes five teaching faculty mem...
The intense muon beams which will be available at a neutrino factory provide a unique opportunity fo...
The implementation of the energy doubler at Fermilab offers a unique opportunity to investigate muon...
The Bonner Lab High Energy Group at Rice University has major hardware and software design and const...
This report describes the activities of the University of Illinois Experimental High Energy Physics ...
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