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symmetry - dimensions of particle physics


September 2005 Issue Cover

On the Cover:
Visualization of a star-forming region of the early universe.

Simulations and images: Matthew Turk, Tom Abel, KIPAC; Brian O'Shea, Los Alamos National Laboratory; Michael L. Norman, University of California, San Diego; Greg Bryan, Columbia University.

Image software: VisIt, Lawrence Livermore National Laboratory

 September 2005:
Click here to view the pdf of this issue.

 
Illustrations: Sandbox Studio

Contents
From the Editor
Commentary: Robin Staffin
Getting the most from particle physics research requires planning far ahead. The "P5" panel is charged with analyzing the flagship US experiments.
Signal to Background
A theater play; holiday excitement; computer tree; retiring a car; avoiding spilled milk; where particle physicists study; letters
Science: A Richer Experience of Life
Michael Salamon brings an outward vision to the White House Office of Science and Technology Policy.
The Secret Lives of Stars
To reveal details of the births and deaths of stars, cosmologists watch their lives through computer simulations.
Niobium
More than 500 tons of niobium would go into building ILC acceleration structures. What's so special about this material?
Super-fast Super-sensitive Detectors
Experimenters around the world are studying various design options for a detector at the proposed International Linear Collider.
Gallery: Bathsheba Grossman
"It's so simple anyone can understand it, and yet you can stare at it for hours and still have no idea what is really going on."
Deconstruction: Around the World
Travel is part of the life and work of particle physicists. symmetry tracks some of their trips.
Essay: Gary Johnstone
"How does a filmmaker write a film about science geniuses? How do you get actors to play physicists? As we Brits like to say, 'Blimey!'"
Logbook: J/Ψ particle
A sharp peak in the number of quark-composed particles observed in 1974 was evidence of the J/Ψ particle.
60 Seconds: Superconductors
Superconductors are remarkable materials that conduct electricity without resistance when cooled to low temperatures.

© 2005 symmetry  A joint Fermilab/SLAC publication.  PO Box 500 MS206  Batavia, IL 60510  USA