A doctoral program in systems to be offered by Cornell University beginning in fall 2016 will prepare students to tackle some of the world's most complex logistical problems.
As lakes and waterways are threatened by end-of-summer blue-green algae that produce cyanotoxins, new Cornell research shows how water chemistry controls toxic molecules captured by sediment.
The Upstate New York Alliance for Entrepreneurial Innovation has been awarded $4.2 million from the National Science Foundation to lead entrepreneurship and commercialization support programs.
Research involving cancer-targeting silica particles, known as Cornell dots, has shown that the particles can neutralize nutrient-deprived cancer cells by a cell-death process called ferroptosis.
A collaboration of scientists, led by physics professor Ritchie Patterson, aims to increase the intensity of beams of charged particles while lowering the cost of key accelerator technologies.
Engineers devise, atom-by-atom, a room-temperature magnetoelectric multiferroic out of lutetium iron oxide, a discovery that could lead to advances in computer memory technology.
To find the detailed building blocks of life in the cosmos, a new instrument will be placed on NASA’s SOFIA – the airliner-based Stratospheric Observatory for Infrared Astronomy - by Professor Gordon Stacey.
