New research offers clues to how shells grow in nature

Lara Estroff and colleagues have taken a deep, detailed look at the way lab-created calcite crystals, similar to those found in nature, grow in tandem with proteins and other large molecules. (Nov. 30, 2009)

Cornell producing future high school physics teachers

PhysTEC, a program to train, mentor and encourage undergraduates considering physics teaching, is now in its third year at Cornell. (Nov. 30, 2009)

Toxin sensor made from a 'biobrick' takes bronze in international contest

A biosensor made from a common bacterium that can detect toxic metals in water won the Cornell Genetically Engineered Machines student project team a bronze medal at a recent competition. (Nov. 30, 2009)

Cornell search-and-rescue robots to compete internationally

In early November, Cornell was named one of 10 semifinalists in the first Multi-Autonomous Ground-robotic International Challenge. (Nov. 23, 2009)

Cornell team wins regional ACM programming contest

Cornell teams placed first, fifth and 18th out of 51 teams at the 2009 ACM Greater New York regional programming contest; the first-place team will compete in the international finals. (Nov. 19, 2009)

Stimulus grant to enhance arXiv e-preprints for scientists

Stimulus funding will enhance Cornell's e-print arXiv of scientific papers to help users identify a work's main concepts, see research reports in context and easily find related work. (Nov. 17, 2009)

Paul Chirik wins Blavatnik Award for Young Scientists

The award recognizes young scientists with 'highly innovative, impactful, interdisciplinary accomplishments in the life sciences, physical sciences and engineering.' (Nov. 17, 2009)

Researcher works toward making biological imaging 1,000 times faster with stimulus grant

Professor Warren Zipfel hopes to make fluorescence lifetime imaging up to 1,000 times faster and simpler to implement. (Nov. 16, 2009)

Small optical force can budge nanoscale objects

Engineering researchers have used a very tiny beam of light with as little as 1 milliwatt of power to move a silicon structure up to 12 nanometers. (Nov. 16, 2009)