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.
Adam Berry '18, a chemical and biomolecular engineering major, traveled to Germany over the summer to conduct research as part of the International Research Experience for Undergraduates program.
Eight engineering students from Cornell traveled to Calcha, Bolivia, during summer break for an eight-week bridge-building project during which they developed bonds with the community there.
With enough warmth and admiration to fill an expanding universe, colleagues, family and friends of Joe Burns, dedicated a brand-new office – the Joseph Burns Faculty Office – in the renovated Upson Hall.
A team of students, led by associate professor Mason Peck, is attempting to send a CubeSat, a small satellite made from readily available hardware, into orbit around the moon with water as propellant.
Some of Cornell's best scientists working on how the brain works will gather Sept. 29 for the Cornell Neurotech Mong Family Foundation Symposium. It features three alumni winners of the 2015 Brain Prize.
Using low-amplitude vibration, researchers show the ability to control the flow rate of a dense liquid. This discovery has potential applications in advanced technology fields, including 3-D printing.
Cornell researchers are engineering planar bacterial outer membrane-like supported bilayers, which have potential in the screening of antibiotics as well as cell-free and other applications.
