Security officers raise and lower 20 flags in front of Fermilab's Wilson Hall every day. Each flag represents a country that researchers come from to work at the lab. "The problem is that there are twenty flag poles," says Fermilab's Roy Rubinstein.
The Japan Proton Accelerator Research Complex (J-PARC) isn't scheduled to open until 2008, but the Tokai campus facility is already the site of discovery—just not of the physics variety.
As work continues to complete the Large Hadron Collider in Europe and plans develop around the world for an International Linear Collider, one accelerator at the energy frontier is open for business right now. At Fermilab in Batavia, Illinois, the Tevatron collider is making discoveries.
Advances in virtual control technology have shown scientists just how important humans are after all. Although scientists can now essentially operate a particle collider from anywhere in the world, having members of a team work well remotely is just as significant a challenge.
Jodi Cooley works half a mile underground, in a mine that stopped operating 40 years ago. A rattling elevator takes her to work, 27 floors beneath the surface. The ride down the mineshaft is five minutes of complete darkness. A colony of bats inhabits the mine.
Call it subtle irony: The ground breaking for SLAC's Linac Coherent Light Source (LCLS) took place among earth movers that had already been busily transforming the rolling California landscape for weeks.
Three-year-old Madeleine Rogers stands inside the spooky remains of a 275-pound pumpkin grown by her father, Stanford Linear Accelerator Center engineer Reggie Rogers.
