Wounded At Antietam 1862
This is the opening sequence of Lincoln and Lee, directed by Rob Child, that depicts a young civilian Mary Bedinger Mitchell engulfed by the unending stream of wounded Confederate soldiers from the Battle of Antietam-1862. This 1:40 videos shows students what it was like during this battle. Video shows wounded soldiers.
NSS 2011: the writing's on the wall
The feedback you give us through the National Student Survey makes a real difference. FInd out what improvements we've made at Nottingham.
"Grease" Vocal and Choreography, Take 2
More singing and dancing rehearsal footage for SUNY Oswego's upcoming production of "Grease."
Weather Underground: Midwest Temperature
This commercial website offers weather data from throughout the country. This section focuses on Midwest Temperature. Users can click on weather contour maps and find local weather forecasts. Data also includes wind-chill, humidity, dew point, visibility, snow, jet stream and visible satellite maps. Health maps, UV forecast, flu activity and air quality are also available. From this site users can link to different regions of the United State and individual states and access weather information
381 GG Prepositions
The fascinating history of English prepositions (yes, really). If you are trying to learn about prepositions, try Grammar Girl's new iPad game called Grammar Pop. You match words with their part of speech, including prepositions. You can also find Grammar Girl's books at http://j.mp/allGGbooks
15.082J Network Optimization (MIT)
15.082J/6.855J/ESD.78J is a graduate subject in the theory and practice of network flows and its extensions. Network flow problems form a subclass of linear programming problems with applications to transportation, logistics, manufacturing, computer science, project management, and finance, as well as a number of other domains. This subject will survey some of the applications of network flows and focus on key special cases of network flow problems including the following: the shortest path prob
From Biopolymer Translocation to Hemodynamics: New Challenges in Multiscale Computing
Multiscale modeling is the capability of representing different levels of phenomena, occurring at diverse spatial and temporal scales, within a unified conceptual framework. A typical example is the behavior of long molecules or nanosuspensions under the action of complex hydrodynamic flows. Our computational work tackles different phenomena such as biopolymer translocation through nanopores and hemodynamics in arteries with a novel computational scheme. The solution of such large-scale problems
Bionet Brochure: Organic Vegetables Guide 2011