Apr. 14, 2016—For international student Rani Banjarian, differences are what make him feel a part of the university community.
Mar. 28, 2016—An astrophysicist and an aerospace engineer who are members of the team developing NASA’s James Webb Space Telescope – the successor to the Hubble Space Telescope, scheduled for launch in 2018 – will give a free public lecture March 31.
Mar. 14, 2016—As the result of a joint faculty and staff project, Vanderbilt’s digital pipeline to the outside world will expand tenfold in the next few months, making it much easier for campus researchers to send and receive the increasingly large data files characteristic of cutting-edge scientific and medical research.
Feb. 29, 2016—Caleb Scharf, director of astrobiology at Columbia University, will address age-old questions such as "Are we alone?" and "Where do we come from?" in a free public lecture titled "Astrobiology: The Science of Life in the Universe" March 3.
Jan. 21, 2016—College of Arts and Science faculty and graduate students have been honored with teaching and mentoring excellence awards.
Nov. 19, 2015—A new generation of gamma-ray spectrometer being developed by researchers and students in the Fisk-Vanderbilt Master's-to-Ph.D. Bridge program is perfectly suited for detecting valuable minerals hidden within the asteroids, comets, moons and minor planets in the solar system.
Nov. 4, 2015—This December Rick Chappell, research professor of physics and past director of the Office of Science and Research Communications at Vanderbilt, will receive two awards from the American Geophysical Union recognizing his achievements in communicating science to the public and teaching and mentoring students toward careers in geophysics and space physics.
Oct. 5, 2015—Gregory Benford, a physicist at UC-Irvine and a noted science fiction author, is giving a free public lecture titled "Our Next Century in Space" that will describe steps that could see the opening of the solar system to productive use and colonization.
Oct. 2, 2015—Recent experiments at the world's largest atom smashers are producing liquid drops so small that they raise the question of how small a droplet can be and still remain a liquid.