Typical Z->mm event in D0 detector. Green lines represent the actual tracks of physics particles. Shapes are pieces of Silicon microstrip detector.
Current project
My current project is D0 experiment based at Fermi
National Laboratory in Batavia, Illinois, USA. I'm a
member of software development group and I'm responsible for track propagation
in the D0 detector using so-called Interacting Propagator (if you would like
know more about this, please visit my Physics
page). At the moment the current software contains 266
individual packages and over 500 classes. Data are expected starting 2001 and
around xxx TeraBytes will be recordered during five years. UNIX resources on
site include the centrally supported systems fnalu, batch systems, UNIX farms,
mass storage systems, experiment-specific UNIX clusters such as the CDF and D0
UNIX systems, data acquisition systems, the ACPMAPS
supercomputer, as well as desktop UNIX systems. Current system of D0
experiment are SGI workstation and Linux/PC running RedHat 5x. 6.x. The
typical physical event looks like:
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Typical Z->mm event in D0 detector. Green lines represent the actual tracks of physics particles. Shapes are pieces of Silicon microstrip detector. |
All graphics are performed using OpenInventor.
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My previous projects: |