“Chasing the North Star,” the new novel by Robert Morgan, Kappa Alpha Professor of English, was recently chosen by the Southern Independent Booksellers Alliance (SIBA), for the Southern Book Award in the category of historical fiction.
Within the last 18 months, the college has added directors of admissions, advising and career development and hired seven new staff members for those offices.
The American Chemical Society hosted a symposium at its annual meeting in August in celebration of the 90th birthday of Ben Widom, emeritus professor of chemistry and chemical biology.
Roald Hoffmann, Frank H.T Rhodes Professor Emeritus of Humane Letters, was awarded the inaugural Primo Levi Prize from the German Chemical Society and the Italian Chemical Society in Berlin, Germany Sept. 10.
After 360 engine burns, 2.5 million executed commands, 635 gigabytes of gathered data, 162 moon flybys, 4.9 billion miles traveled and 3,948 published papers, NASA’s 20-year Cassini spacecraft ran the last lap of its historic scientific mission Sept. 15.
In this Washington Post story, written in honor of Constitution Day, Noliwe Rooks, associate professor in Africana Studies and Feminist, Gender, Sexuality Studies, argues that there should be a federal right to a high-quality public education, even though public education is not mentioned in the Constitution, with that responsibility left to the states.
Nima Arkani-Hamed is one of the leading particle physicists in the world. On September 25, he will be presenting the lecture, “Three cheers for ‘Shut up and Calculate!’ in fundamental physics,” in his last public talk as an A.D. White Professor-at-Large. The talk, at 7:30 p.m. in Cornell’s Schwartz Auditorium, Rockefeller Hall, is free and open to the public. There will be a pre-lecture reception held outside of Schwartz Auditorium from 6:30-7:30pm.
“Great scientist, teacher, leader and friend,” reads the plaque on the newly named Terzian Conference Room on the sixth floor of the Spaces Sciences Building, unveiled in a ceremony on Aug. 31.
Like human social behavior, the behavior of electrons in relation to each other is difficult to predict. In strongly correlated systems, each electron impacts how those around it act, their orientation and movement, and this leads to diverse behavior in the whole. This Cornell Research story explores this behavior.
