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SU in the News: Wednesday, August 11, 2010
SU NEWS AND EVENTS COVERAGE A New York Times article highlights Chancellor Nancy Cantor as being among the leaders of the revitalization of Syracuse’s Near West Side. The article focuses on the work that the University is doing in collaboration…
SU in the News: Wednesday, August 11
The New York Times highlights SU’s involvement in the revitalization of Syracuse’s Near West Side.
SU mounts most ambitious Syracuse Symposium to date with ‘Conflict: Peace and War’
“Conflict: Peace and War” is the theme of the 2010 Syracuse Symposium.
Public forum to explore elements of a truly creative city
The Urban Institute’s Maria Rosario Jackson will kick off a public discussion that explores what makes a city creative on Sept. 10.
Tintype Portrait Studio to be held at Light Work
Come sit for a tintype portrait by Keliy Anderson-Staley.
SU in the News: Wednesday, August 4
Science Blog reports on College of Arts and Sciences physicists’ research pushing limits of quantum theory and relativity
SU in the News: Wednesday, August 4, 2010
SU NEWS AND EVENTS COVERAGE Recently released statistics from the Syracuse University’s Transactional Records Access Clearinghouse (TRAC) were cited in WABC-AM (New York City) and KSAZ-PHX (Phoenix) broadcasts, and in the Arizona Daily Star on the number of illegal immigration…
SU in the News: Monday, August 2
Tom Kruczek of Whitman School Falcone Center quoted in Wall Street Journal on entrepreneurs’ startup costs
SU in the News: Monday, August 2, 2010
SU NEWS AND EVENTS COVERAGE The Stars and Stripes, the New Jersey Star-Ledger and Fox & Friends featured the Whitman School of Management’s Entrepreneurship Bootcamp for Veterans with Disabilities (EBV) program. Mike Haynie, assistant professor of entrepreneurship in the Whitman…
Syracuse University physicists develop model that pushes limits of quantum theory, relativity
A team of Syracuse University physicists recently developed a new theoretical model to explain how the Pauli exclusion principle can be violated and how, under certain rare conditions, more than one electron can simultaneously occupy the same quantum state.