Cornell scientists have created a new computational method that can identify positions in the human genome that play a role in the proper functioning of cells. The research was published in the Jan.19 edition of the journal Nature Genetics.
Years before COVID-19 turned into a global pandemic, biomolecular engineer Susan Daniel was already looking for ways to defeat it. Now she’s expanding her coronavirus studies, blending engineering with virology and data science.
Cornell's Center for Pulsed Power Driven High Energy Density Plasmas, under the auspices of the Laboratory for Plasma Studies, has received a five-year, $11 million renewal grant.
On July 4, the veil over Jupiter's mysteries will be ripped away with the arrival of NASA’s Juno mission, and Cornell's Jonathan Lunine will be there to watch it happen.
A new book by Hod Lipson and Melba Kurman explores the promises and perils of a technological revolution: 3-D printers that can quickly and cheaply make anything from bicycle parts to low-fat foods.
In a new paper, Cornell's Steven Strogatz tries to quantify the commonsense concept of “correlated novelties” - that one new thing sometimes triggers another.
Cornell researchers display the ability to control vibration amplitudes of the wonder-material graphene, paving the way for its use in applications such as frequency mixers.
A recently published study shows that nanoparticles injure liver cells when they are in microfluidic devices designed to mimic organs of the human body.
President Elizabeth Garrett formed the Senior Leaders Climate Action Group last November to focus on improving climate trends by spurring cross-disciplinary solutions on campus and globally.