Liu, Todd elected to National Academy of Engineering

Philip Liu and Michael Todd have been elected to the National Academy of Engineering. Liu and Todd join 33 current or former Cornell faculty who are NAE members.

Biennial’s art and science collaborations earn acclaim

The recent CCA Biennial brought attention to the arts and science at Cornell, including public television coverage of an installation on the Arts Quad by artist Kimsooja and materials scientists.

Study: Global rainfall satellites require massive overhaul

A Cornell study warns that the existing system of space-based rainfall observation satellites requires a serious overhaul or many countries, particularly in the developing world, could face major flooding.

Former engineering dean Edmund Cranch dies at 91

Alumnus and former College of Engineering dean Edmund T. Cranch, who left Cornell to become president of Worcester Polytechnic Institute, died Feb. 4 at age 91.

Researchers report better solar cells through chemistry

In the quest for the perfect solar cell, Cornell materials science research offers quantifiable insight into the complex chemistry of getting it just right. Their work was published Jan. 30 in Nature Communications.

Alum Robert Langer wins Queen Elizabeth Prize for Engineering

Robert Langer ’70 has been awarded the Queen Elizabeth Prize for Engineering for "revolutionary advances and leadership in engineering at the interface of chemistry and medicine."

Darwin Days highlights evolution on a local scale

Discover “Evolution in Your Backyard” and celebrate the life and ideas of Charles Darwin at campus and community events for Ithaca’s annual Darwin Days celebration, through Feb. 14.

NSF grant to fund ‘revolutionary’ electron microscope

The NSF has awarded Cornell $2.7 million to acquire a cryogenic, aberration-corrected scanning transmission electron microscope. The microscope could revolutionize research in biology, physics and materials science

Physics breakthrough stalled by magnetic disorder

Odd materials called "ferromagnetic topological insulators" were expected to produce breakthroughs in electronics and physics, but results have failed to materialize. Scanning at the atomic level shows why.