Sep. 21, 2017—Pat Tellinghuisen, program director of Vanderbilt Student Volunteers for Science, is this year’s recipient of the Vanderbilt Institute of Nanoscale Science and Engineering's Distinguished Service Award.
Mar. 29, 2017—The Vanderbilt Institute of Nanoscale Science and Engineering recently hosted its 100th group of Middle Tennessee high school students for a daylong field trip to the VINSE laboratories, giving the students hands-on experience in science and technology.
Mar. 20, 2017—Vanderbilt University chemists collaborated in research that ‘squashes’ the shape of nanoparticles to create inexpensive lasers that continuously emit light in a customizable rainbow of colors.
Jun. 24, 2015—For the last five years, scientists and engineers at Vanderbilt University have been collaborating closely with colleagues with other public and private universities and research centers throughout Tennessee in an effort to increase the state’s energy research capacity
Mar. 13, 2014—An ultra-fast and ultra-small optical switch has been invented that could advance the day when photons replace electrons in the innards of consumer products ranging from cell phones to automobiles.
Oct. 23, 2013—How do you get students excited about science? Try mixing blackberries and a lesson in nanotechnology with some eager Tennessee high school students in a Vanderbilt lab. Watch the results on VUCast Extra now.
Jan. 23, 2013—Middle school students in Robertson and Dickson counties will get hands-on science instruction thanks to a Vanderbilt University outreach initiative.
Jul. 19, 2012—The amount of damage that radiation causes in electronic materials may be at least 10 times greater than previously thought, say Vanderbilt scientists using a combination of lasers and acoustic waves to pinpoint the size and location of defects buried deep inside.
Jun. 27, 2012—An interdisciplinary team of scientists have successfully tagged a protein that regulates the neurotransmitter serotonin with tiny fluorescent beads, allowing them to track the movements of individual molecules for the first time. This capability makes it possible to study the manner in which serotonin regulates mood, appetite and sleep at a new level of detail.