Study: White dwarfs' tidal effects may create novae

Theoretical physicists at Cornell may have found a new way to explain the formation of novae. If their theory is correct, it would represent a big step forward for astrophysics. (Sept. 20, 2012)

Cornell a partner in $35 million NSF nanoscale electronics research center

Cornell physicists and engineers are lending their expertise in next-generation nanoscale electronics as part of a new NSF research center. (Sept. 19, 2012)

Physics, romance collide in Schwartz Center play

Physics, agoraphobia and romance will entwine for an unusual production at the Schwartz Center for the Performing Arts next week: 'Emergence,' running Sept. 20-22. (Sept. 10, 2012)

Electron's magnetic moment calculated to new precision

Researchers have calculated the value of the anomalous magnetic moment of the electron and muon to the most precise degree known to physics. (Sept. 10, 2012)

Patagonian ice field is melting 1.5 times faster than in prior 25 years

The Southern Patagonian Ice Field lost ice volume at a 50 percent faster rate between 2000-2012 than it did between 1975-2000, according to new analysis of digital elevation models. (Sept. 5, 2012)

Proteins barge in to turn off unneeded genes and save energy

Cornell researchers have identified two mechanisms cells use to turn off gene transcription as quickly and efficiently as possible. (Sept. 5, 2012)

Interfaces provide new control over oxides' electronic properties

Researchers have gained the first insights into quantum interactions in transition metal oxide superlattices. (Sept. 4, 2012)

New technique could mean super thin, strong graphene-based circuits

Researchers have patterned single atom-thick films of graphene and an insulator, boron nitride, without the use of a silicon substrate. (Aug. 29, 2012)

Cell membrane proteins feel long-range forces

Cornell physicists have identified the physical mechanisms behind long-range protein attractions, which are set off by changes in cellular membranes. (Aug. 29, 2012)