Students from Shanghai University (SHU) will get a taste of the bluegrass this week as the UK American Studies Program in the College of Arts and Sciences will host a summit for SHU students on Monday, April 22.
Dr. Ravat's AST/EES 310 class had the opportunity to speak with Dr. Andrew Feustel, NASA Astronaut and Mission Specialist for STS-125 and STS-134, on April 2nd, 2013. During this fascinating hour-long conversation, Dr. Feustel described what it is like to go into space, the importance of the scientific advances enabled by NASA, and recounted his experiences on the International Space Station and on the last human service mission to the Hubble Space Telescope.
The College of Arts & Sciences at the University of Kentucky offers the opportunity to work with renowned faculty in over forty varied departments. From Economics to Earth and Environmental Studies, A&S offers a hands-on educational experience, preparing you for a successful career after graduation.
UK alum Alan Lowe uses his degrees to make sure the history of President George W. Bush is archived for generations to come. Special thanks to Alan Lowe, the George W. Bush Foundation and the George W. Bush Presidential Library and Museum for the photographs and artifacts shown in this video.
Our understanding of the formation and evolution of galaxies and their large scale structure has advanced enormously over the last decade, thanks to an impressive synergy between theoretical and observational efforts. While the growth of the dark matter component seems well understood, the physics of the gas, during its accretion, removal and/or depletion is less well understood. Increasingly large scale optical surveys are tracing out the cosmic web of filaments and voids. Mathematical tools have been developed to describe these structures and to identify galaxies located in specific environments. HI imaging surveys begin to answer the question: how do galaxies get and lose their gas? The best evidence for ongoing gas accretion is found in the lowest density environments, while removal of gas in the highest density environments stops star formation and reddens the galaxies. Speaker: Jacquiline van Gorkom, Columbia University