The article at the top of the spires lists of the most-cited articles in high-energy physics is, as always, the Review of Particle Physics (RPP), a compendium of experimental data and reviews put out by the Particle Data Group.
Somebody who's racked up thousands of hours of community service has either been very bad or very good. SLAC carpenter Michael Hughes has been very, very good.
About 40 years ago I was a University of California, Berkeley astronomy student with a summer job at the Mt. Wilson Observatory. I listened from a neighboring room as a solar specialist read, in the Pasadena Star News, an account of his own research. He moaned. He cursed.
Working at the same place in similar fields, Michael S. Smith and Chang-Hong Yu enjoy a situation not too unusual among married couples. Not so ordinary is their line of work.
The first results from the MiniBooNE neutrino experiment, released in April, showed no hints of a fourth neutrino. But they contained a puzzling signal that could lead to new physics.
University scientists are the backbone of particle physics; like cogs in a complex machine, they deliver expertise, funding, and equipment exactly where needed. At Vanderbilt, theyre developing ways to handle a flood of data from the Large Hadron Collider.
Canadian subatomic physics has a lot going for it: sparkling new hardware, an influx of bright young minds, and key roles in international projects. But only by doubling its operating budget can it live up to that potential, a new report suggests.
Canada, affectionately known to Americans as the "Great White North," boasts the world's largest reserve of fresh water and the biggest oil reserves outside the Middle East.
Spring is in the air, and we at symmetry feel change all around usnot only in the content of the magazine, but in the contributors who come and go as they move careers and lives, including a constant flow of interns who provide us with so much hard work and vitality.
People went to great lengths, traveling almost 9000 kilometers over more than 60 days, to deliver an essential, 200-ton component of the KATRIN neutrino experiment.
The commentary by Marc Sher on “The two-body opportunity” (Dec 2006) highlights both the problem of finding suitable positions for dual-career couples in physics and the advantages of hiring them together. Indeed, his comments are true for couples in any scientific discipline.
