Out of the blue: Medieval fragments yield surprises

Researchers Louisa Smieska and Ruth Mullett are advancing studies of medieval illuminated manuscripts with X-ray imaging at CHESS of the pigment trace elements found in pages in Cornell collections.

Mouse tracking may reveal ability to resist temptation

A study in which participants were given two choices - healthy and unhealthy - shows that the process by which we make decisions involving temptation is dynamic as opposed to sequential.

Multidisciplinary team wins $1M grant from Keck Foundation

A group of five Cornell researchers - representing Engineering, and Arts and Sciences - has won a $1 million grant from the Keck Foundation for its research into topological superconductors.

Surprising nature of quantum solitary waves revealed

Physics professor Erich Mueller and grad student Shovan Dutta realize long-theorized quantum state in an array of solitons, which could pave the way for future study into the creation of such states.

Bringing bacteria's defense into focus

By taking a series of near-atomic resolution snapshots, Cornell and Harvard Medical School scientists have observed step-by-step how bacteria defend against foreign invaders.

Cornell dedicates telescope in honor of James Houck

Cornell astronomers gathered atop Mount Pleasant June 25 at sunset to honor one of their own. The 25-inch reflecting telescope at the university's Hartung-Boothroyd Observatory was named in memory of the late James R. Houck.

Symposium explores possibilities of origami nanomachines

The Cornell Center for Materials Research held a symposium to explore using origami to create machines at the micron scale using atomically thin materials June 16-17.

Kaushik Basu leads International Economic Association

Kaushik Basu, the C. Marks Professor of International Studies and professor of economics, began his three-year term as president of the International Economic Association June 23.

Wiesner team images tiny quasicrystals as they form

A Cornell multidisciplinary team devised a way to get a "time-lapse" look at the early formation of mesoporous silica nanoparticles, from six-sided crystals all the way to 12-sided quasicrystals.