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In this issue:
Taking a Break
Science Today: ILC to Support Two Complementary Detectors
Increasing Security One Computer at a Time
Thursday - November 30, 2006 |
Taking a BreakStarting next week, I will be taking a two month sabbatical, the first extended break that I have had in my seven-plus years as Director. As hard as it is for me to face not experiencing, for two months, the excitement of coming to SLAC each day, I know that I must replenish myself so that I can continue to serve you and laboratory with the vigor and effectiveness that my responsibilities demand. There is never a "convenient" time to take a break, so why now? It was imperative these past six months for us to make a series of strategic decisions and to crystallize plans for the transition to the Linac Coherent Light Source (LCLS) operations era. The successful outcome of three major reviews resulted from this careful planning. Two important safety-related reviews, the Environment, Safety, and Health Advisory Committee (ESHAC) and the Office of Independent Oversight Integrated Safety Management System (OIO ISMS) Review, took place over the past two months. The SLAC Policy Committee meets this week. I wanted to actively do my part in all of these endeavors. The next two months, however, have no high-level reviews and include the holiday shutdown, which is why I chose this period for my sabbatical. I do this knowing that the stewardship of the laboratory is in the capable hands of Persis Drell, Keith Hodgson and John Cornuelle. My thanks go to Keith who will be Acting Director during my absence. It is a great privilege to serve as Director of SLAC, most especially because it allows me to work with, and on behalf of, such a remarkably talented, dedicated and devoted staff. I look forward to returning in February, rejuvenated and "supercharged." |
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ILC to Support Two Complementary Detectors
In the last few months, significant changes have already been approved to improve performance, reduce cost, or shorten the construction schedule. One of these was to plan for the experimental detectors to be assembled on the surface, and then lowered into the collider hall as large pre-commissioned slices. A similar scheme was adopted for the CMS detector at CERN's Large Hadron Collider and allowed major detector assembly to start years before the experimental hall was ready. Such a change has a major impact on the detector design and needed to be carefully considered by the physicists. Read more... |
Increasing Security
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