Six Cornell University seniors, all women, went to New York City this past summer hoping to learn how to crack Wall Street's infamous glass ceiling — that invisible, impermeable surface their mothers merely scratched.
Several members of the Cornell community are playing key roles in the 1999 United Way of Tompkins County campaign on and off campus. Their efforts, which started last spring, are aimed at raising $1.75 million this fall.
With skyrocketing rates of drug and alcohol abuse and teen suicide throughout Russia, the city of Nizhni Novgorod needed ways to help its youth cope with anger and despair. As part of this effort, Martha Holden, director of Cornell's Residential Child Care Project, gave an intensive seven-day training in Russia last month.
Cornell's Department of Food Science has selected two commercial dairies as producing the highest quality milk in New York state. The annual selection is tied to the New York State Milk Quality Improvement Program, sponsored by the New York Milk Promotion Order.
Cornell alumnus Robert G. Laughlin, whose research at Procter & Gamble Co. has contributed to a number of well-known household products, has donated $2.5 million to endow a new named professorship in the university's Department of Chemistry and Chemical Biology.
Native Americas, a journal published by the Akwe:kon Press at Cornell's American Indian Program, won six media awards at the 1999 Native American Journalists Association's annual awards held in Seattle in July.
The Cornell University Board of Trustees Executive Committee will meet in New York City on Thursday, Sept. 9. The meeting will be held in the Fall Creek Room of the Cornell Club of New York, 6 E. 44th St., at 2 p.m.
Marketing materials for Tompkins Consolidated Area Transit have been recognized as among the best in the country by the American Public Transit Association.
Tibetan monks from the Dalai Lama's personal monastery in Dharamsala, India, will present an evening of ritual dance and traditional Tibetan monastic music, Sept. 15, at 7:30 p.m. in the Alice Statler Auditorium.
Coupling the organic and inorganic, biological engineers at Cornell have demonstrated the feasibility of extremely small, self-propelled bionic machines that do their builders' bidding in plant and animal cells, including those in humans.