1. Phobos Collaboration and Management Wit Busza Phobos Technical Cost and Schedule Review November 1998

2. * High rate, almost 4  detector measuring charged particle multiplicity and d N/d  d  * High quality multiparticle spectrometer, covering 1% of solid angle near y=0 with low P t threshold and good particle identification time of flight multiplicity detectors spectrometer PHOBOS magnet Two Detectors in one 2

3. ARGONNE NATIONAL LABORATORY Birger Back, Alan Wuosmaa BROOKHAVEN NATIONAL LABORATORY Mark Baker, Donald Barton, Alan Carroll, Stephen Gushue, Louis Remsberg, Andrei Sukhanov CASE-WESTERN RESERVE UNIVERSITY Cyrus Taylor INSTITUTE OF NUCLEAR PHYSICS, KRAKOW Wojciech Bogucki, Andrzej Budzanowski, Tomir Coghen, Kazimierz Galuszka, Jan Godlewski,Roman Holynski, Jerzy Kotula, Marian Lemler, Jerzy Michalowski, Andrzej Olszewski, Pawel Sawicki Marek Stodulski, Adam Trzupek, Barbara Wosiek, Krzysztof Wozniak, Pawel Zychowski JAGELLONIAN UNIVERSITY, KRAKOW Andrzej Bialas, Wieslaw Czyz, Kacper Zalewski MASSACHUSETTS INSTITUTE OF TECHNOLOGY Wit Busza*, Patrick Decowski, Kristjan Gulbrandsen, P. Haridas, Piotr Kulinich, Heinz Pernegger, Miro Plesko, Gunther Roland†, Leslie Rosenberg, Pradeep Sarin, Stephen Steadman, George Stephans, Gerrit van Nieuwenhuizen, Carla Vale, Robin Verdier, Bernard Wadsworth, Bolek Wyslouch‡ NATIONAL CENTRAL UNIVERSITY, TAIWAN Yuan-Hann Chang, Augustine Chen, Willis Lin UNIVERSITY OF ROCHESTER Adam Hayes, Erik Johnson, Steven Manly, Robert Pak, Inkyu Park, Frank Wolfs UNIVERSITY OF ILLINOIS AT CHICAGO Russell Betts, Clive Halliwell, Burt Holzman, Judith Katzy, Wojtek Kucewicz, Don McLeod, Rachid Nouicer, Michael Reuter UNIVERSITY OF MARYLAND Edmundo Garcia-Solis, Peter Stanskas, Alice Mignerey *Spokesperson †At Goethe University, Frankfurt ‡Project Manager Phobos Collaboration

4. Phobos Management Structure

5. Institutional Responsibilities

6. PHOBOS PROJECT IS IN GOOD SHAPE –we did follow your recommendations to consider changing the electronics and using one arm as contingency –electronics and DAQ have been redesigned –with only one arm, we have a contingency of 21% of uncommitted costs –we plan to use any unspent contingency towards completion of 2nd arm PHOBOS WILL BE READY ON DAY-1 FOR PHYSICS –everything will be in place except for a completed second arm DURING COMMISSIONING PERIOD WE PLAN –to have in place the trigger counters, DAQ, parts of multiplicity and vertex detectors, and parts of the TOF –to commission all aspects of PHOBOS, study backgrounds and triggering, and obtain a preliminary measurement of dN/d 