Arizona State University is teaming up with seven other research universities to form a new Science and Technology Center that will use x-ray lasers to image bioparticles, make molecular movies and help design new drugs. The BioXFEL Center will be based at the University at Buffalo and will focus on developing a new bio-imaging technique to analyze molecules at which drug molecules can be targeted. Regents’ Professor of Physics at ASU John Spence will serve as the center’s director of science. He will talk about the BioXFEL Center.
Arizona State University Physicist Lawrence Krauss makes his monthly appearance on Arizona Horizon to talk about the latest in science news. He’ll talk about new information on the Big Bang theory being derived from photos taken by a European satellite.
Cancer research from a totally different angle will be taking place at Arizona State University. Researchers from ASU will be using the laws of physics to battle cancer, viewing the cancer cells as physical objects rather than as a disease. Paul Davies, a theoretical physicist, cosmologist and astrobiologist, is leading the ASU team and will appear on Horizon to talk about the innovative research.
From April 3 through April 6, Arizona State University will host a conference to discuss the origins of everything from the universe to humanity. Scientific luminaries such as Stephen Hawking and Richard Dawkins will take part in the Origins Symposium. Lawrence Krauss, an internationally known theoretical physicist and ASU professor, will give a preview of the event.
The largest particle accelerator ever built was kicked into action recently, part of which was designed by UA scientists. UA physics professor John Rutherford will tell us more about the accelerator, the particle detector they built called ATLAS, and his university's role in the CERN instrument.
We talk to physicist Yakir Aharonov about the mysteries of quantum mechanics. Aharonov has come up with a way to measure on the quantum scale that involves using the past and the future in the present to make more accurate measurements.