Table of Contents

1.Symposium program 

2.Introduction to the tevatron FIXED TARGET PROGRAM

3.INVESTIGATING QCD AT FIXED TARGET ENERGIES   

            E609,  E683,  E690,  E704,  E705,  E706,  E711,  E772 

4.STRUCTURE OF PROTONS, NEUTRONS, AND MESONS

            E605,  E615,  E665,  E733,  E744/770,  E745/782,  E866 

5.THE PHYSICS OF CHARM AND BEAUTY                                                                         

            E400,  E653,  E672,  E687,  E691,  E743,  E769,  E771                                               

            E781/SELEX,  E789,  E791, E831/FOCUS 

6.SYMMETRY TESTS   

            E621,  E731,  E773,  E774,  E799, E832, E871 

7. Hyperons and Neutrinos  

            E632,  E715,  E756,  E761,  E800,  E815,  E872 

8. Technological developments

9.     APPENDICES

History

Degree Recipients






 

 

 

 

 

 

 

"The main application of the work here is spiritual, if you will.  It's because, in a philosophical sense, in the tradition of Democritus, we feel we have to understand, in simplest terms, what matter is, in order to understand who we are."

 

 

Robert R. Wilson,  1974

 

 

 


 

 

ACKNOWLEDGMENTS

 

This book would not have been possible without the help of a large number of people.  The many spokespeople from the experiments in this book, and their designees, have provided us with most of the material presented here.  We also want to express our sincere appreciation to Sue Schultz for her lead in the typing, compiling, and formatting this book, as well as for putting up with all the variations of input and the diverse requests from the editors.  We appreciate the encouragement of Judy Jackson who pushed for the "plain English" texts which have been prepared for each section and experiment, and the help of Jackie Coleman in the Directorate. 

Appropriately, a drawing by Angela Gonzales appears on the cover of this book, since her artwork graced so much of the Tevatron fixed target era. We also thank Jenny Mullins and the Visual Media Department for providing the photos in the book.

Finally, we thank those who contributed material to this book.  They include:  R. Brock, D. Christian, M. Corcoran, B. Cox, M. Crisler, J. Cumalat, C. Dukes, G. Ginther, G. Gollin, N. Grossman, J. Hanlon, Y-B Hsiung, K. Johns, K-B Luk, B. Lundberg, K. McDonald, P. Nienaber, M. Purohit, S. Reucroft, H. Schellman, W. Selove, M. Shaevitz, P. Slattery, W. Smart, N. Stanton, B. Winstein, Y. Wah, J. Wiss, A. Yokosawa, and A. Zieminski.

 



 

SYMPOSIUM PROGRAM
   

SECTION 1
     

 

Symposium in Celebration of the

Fixed Target Program with the Tevatron

Friday, June 2, 2000

 

9:00     Session I - Convener: Jeffrey Appel  

 

Getting to the Tevatron

            Leon Lederman, Illinois Mathematics and Science Academy

and Illinois Institute of Technology

 

Theoretical Questions during the Tevatron Era

Jonathan Rosner, University of Chicago

 

10:10   Break

 

10:35   Session II - Convener: Chuck Brown

 

Evolution of Tevatron Accelerator and Experimental Technologies

John Peoples, Fermilab

 

Physics, Dectectors, and the Rest in the Tevatron Hyperon and Kaon Programs

Bruce Winstein, University of Chicago

 

11:45   Lunch

 

1:15     Session III - Convener: Peter Cooper

 

Physics of the Heavy Quark Program

Jussara Miranda, Centro Brasileiro de Pesquisas Físicas

 

Physics of the Muon and Neutrino Programs

Heidi Schellman, Northwestern University

 

2:25     Break

 

2:50     Session IV - Convener: Herman White  

 

Studies of High – Pt and High – Mass Phenomena

Paul Slattery, University of Rochester

 

Summary of Where We Are and What Lies Ahead for Fixed Target at Fermilab

Michael Witherell, Fermilab

 

4:00     Celebration in the Wilson Hall Atrium


 

 

 

 

 

 

 

 

 


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Last modified: Wed Jun 7 22:35:58 CDT 2000 by CLH