Recent News
News
4.3.2018
Chelse Prather publishes walking stick research in
'Ecology'
Bugs the size of tiny twigs have a large impact on the rainforest, according to a new study led by University of Dayton researcher Chelse Prather and published in the current issue of the prominent journal “Ecology.”
News
1.29.2018
Alumnus donates to Flyer Promise Scholars
Program
University of Dayton alumnus William Tweed and his wife, Jan, have donated $1.5 million to endow a Flyer Promise scholarship as part of a new program that removes financial barriers for high-achieving underrepresented students at partner high schools.
News
1.25.2018
Michelle Pautz writes 'Civil Servants on the Silver
Screen'
University of Dayton political scientist Michelle Pautz explores how movies influence our opinions of government in a new book that looks at the top box office grossing films of the 21st century.
News
1.23.2018
1700 South Patterson Building renamed Curran
Place
The University of Dayton announced today that the 1700 South Patterson Building, which once housed the NCR Corp. world headquarters, will be renamed Daniel J. Curran Place, in honor of the past UD president who presided over one of the most consequential eras of growth in the University's history.
News
12.1.2017
Air Force Research Laboratory Awards UDRI contact for hypersonic vehicle
research
The Air Force Research Laboratory has awarded the University of Dayton Research Institute a $9.8 million, three-year contract for research and development in materials and structures for reusable hypersonic vehicles.
News
11.1.2017
Researcher explores connection between between water and IT in new
book
There's not an obvious connection between water and information technology — unless you ask Simanti Dasgupta.
News
10.30.2017
Researcher Tarek Taha receives third National Science Foundation
award
University of Dayton researcher Tarek Taha hopes his third National Science Foundation award is a charm in his quest to develop a brain-inspired computer chip that can learn by itself and be more secure, efficient and compact than current chips.