SMU Department of Physics
Start up of the world’s largest science experiment is underway — with protons traveling in opposite directions at almost the speed of light in the deep underground tunnel called the Large Hadron Collider straddling France and Switzerland.
As protons collide, physicists will peer into the resulting particle showers for new discoveries about the universe, said Ryszard Stroynowski, Southern Methodist University, a collaborator on the LHC. Continue reading
SMU physicist Jodi Cooley was a guest of National Public Radio’s Science Friday show to share in a discussion about what physicists know and don’t know about mysterious dark matter. Dark matter is believed to make up the bulk of the matter in the universe.
Symmetry Magazine, the monthly publication of the Department of Energy’s Fermi National Accelerator Laboratory, featured SMU physics alum Ryan Rios in an article about physicists working at NASA’s Johnson Space Center.
Rios was a graduate student in the SMU Department of Physics and as part of a team led by SMU Physics Professor Ryszard Stroynowski spent from 2007 to 2012 as a member of the ATLAS experiment at Switzerland-based CERN’s Large Hadron Collider. Continue reading
SMU physicist Thomas E. Coan talked with Fox 4 DFW reporter Dan Godwin about the neutrino, an elusive fundamental particle that scientists are working to understand using one of the most powerful physics experiments in the world.
KERA public radio 90.1 hosted SMU physicist Thomas E. Coan on Krys Boyd‘s “Think” program Oct. 29. Coan and Boyd discussed neutrinos, one of the most elusive particles in the Standard Model’s “particle zoo.”
When scientists pour 3.0 million gallons of mineral oil into what are essentially 350,000 giant plastic tubes, the possibility of a leak can’t be overlooked, says SMU physicist Thomas E. Coan.
The oil and tubes are part of the integral structure of the world’s newest experiment to understand neutrinos — invisible fundamental particles so abundant they constantly bombard us and pass through us at a rate of more than 100,000 billion particles a second. Continue reading
Quarknet enabled the students to analyze data gleaned from a high-powered telescope in the New Mexico desert. All five stars are pairs of stars that orbit around each other so closely that their outer atmospheres touch, then dim and brighten as one emerges from behind the other. Continue reading
Reporter Alexis Espinosa with the Dallas Morning News covered the discovery of five stars made by two Dallas high school students, Dominik Fritz (left) and Jason Barton, in an SMU summer physics research program.
The Quarknet program enabled the students to analyze data from a high-powered telescope in New Mexico to discover a variable star — one that changes brightness. (Credit: DMN) Continue reading
Two Dallas high school students discovered five stars as members of an SMU summer physics research program that enabled them to analyze data gleaned from a high-powered telescope in the New Mexico desert.
All five stars are eclipsing contact binary stars — pairs of stars that orbit each other so closely that their outer atmospheres touch. As they eclipse, they dim and then brighten. Continue reading