Mathematical model shows how groups split into factions

New Cornell research has generated a mathematical description of how social networks under stress evolve into opposing factions. (Jan. 3, 2011)

Bioengineered discs for spinal degeneration research <br /> gets $100,000 from NFL Charities

NFL Charities have awarded $100,000 to scientists from Cornell and Weill Cornell Medical College (WCMC) to research tissue engineering for spinal injuries. (Dec. 22, 2010)

Carbon nanotubes could be ideal optical antennae

Carbon nanotubes could make ideal optical scattering wires -- tiny, mostly invisible antennae with the ability to control, absorb and emit certain colors of light at the nanoscale. (Dec. 20, 2010)

Medical transport system used in Ontario cuts empty flights by 21 percent

A system for improving the logistics of medical transport in Ontario, Canada, developed through a series of Cornell operations research projects, will soon be in use to help save lives. (Dec. 20, 2010)

Analysis of phone calls shows how political boundaries could be ideally drawn

A new study using a computer algorithm developed at Cornell shows that connections between people in Great Britain coincide remarkably well with political boundaries. (Dec. 20, 2010)

For a white Christmas, head to Pinkham Notch, N.H.

The Northeast Regional Climate Center at Cornell has issued its data-based predictions for where the greatest - and least - chances in the Northeast are for a white Christmas. (Dec. 20, 2010)

Student-built satellite scheduled for rocket launch

The CUSat team has been 'manifested' for flight - that is, the satellite is guaranteed a spot on a rocket bound for space, where it will conduct experiments in low-Earth orbit. (Dec. 13, 2010)

SOFIA airborne observatory's debut science flight exceeds expectations

After more than a decade of planning, NASA's SOFIA airborne observatory completed its first three science flights Nov. 30, Dec. 3 and Dec. 7, carrying the Cornell-built FORCAST infrared camera. (Dec. 9, 2010)

Vibrating nanorods measure thin films for microcircuits

Researchers at Cornell and Tel Aviv University have developed a new tool for nanofabricators to test the physical properties of thin films. (Dec. 9, 2010)