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                  University of Maryland Department of Physics 1117 John S. Toll Physics Building College Park , MD 20742 
                   
                
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         xxxxxxxxxxxxxOctober 2006 - Issue 50            
                     
          LETTER FROM THE CHAIR  
          
            
              Dear Colleagues,                  
                Last month the Department of  Physics, along with the National Institute of Standards and Technology(NIST)  and the National Security Agency’s Laboratory for Physical Sciences (LPS)  announced the creation of the Joint Quantum Institute, a joint research  institute designed to advance quantum physics research. We are all excited  about this collaboration that’s primary disciplines include atomic, molecular  and optical physics, condensed matter physics and quantum information systems.  
                       
                    An integral component of this institute will  involve the collaborations between scientists at Maryland and NIST.  In order to facilitate this level of  collaboration, nine NIST fellows will serve as adjunct professors, advise  graduate student research, conduct research,  and enhance the intellectual climate in the Department.  
                     
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              They  will also be given opportunities to teach,  bringing new perspectives to students. This will allow them to participate in  our educational mission as well as facilitate research interactions. The newly  appointed adjunct faculty includes Carl Williams, Garnett Bryant, Kristian  Helmerson, Paul Lett, Alan Migdall, James Porto, Eite Tiesinga, Paul Julienne  and Glenn Solomon.  
                Students and faculty  involved with the JQI will participate in the birth of the quantum  computer!  This kind of computation will be so far ahead of what is  possible now, it's like comparing the latest fastest CPU to the abacus.   The quantum computer will be extremely useful in simulating other quantum  systems, something which is not practical now, but these are the kinds of  things that are going to be necessary in order to lead to knew discoveries and  new technologies.  Studies of coherent quantum systems are also speaking  to philosophical issues concerning the interpretation of quantum mechanics  itself, something which has been controversial since the 1920s when quantum  mechanics was born.   
                This is an exciting time for the department and the university and I  look forward to experiencing the groundbreaking research that comes out of this  collaboration. I expect to see some great science and some fantastic research  opportunities for students come out of this. 
                Regards, 
                  Drew 
                  
                  
                 
                
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