As ground-based and space telescopes improve, astronomers need a color-coded guide to compare Earth’s biological microbes to cold, distant exoplanets to grasp their composition.
The Nexus Scholars program, funded by nearly $5 million in philanthropic support, will help undergraduates working on research projects with faculty members over the summer.
Anne Chow ’88, M.Eng. ’89, MBA ’90, chief executive officer of AT&T Business, will give the inaugural Mei-Wei ’72 and Amy Cheng Distinguished Lecture in Technology, virtually on March 25.
Cornell physicist’s discovery could lead to the engineering of high-temp superconducting properties into materials useful for quantum computing, medical imaging.
Blockchain technology expert Ari Juels testified Jan. 20 before a Congressional subcommittee that digital currency – a notorious energy guzzler – can be validated in greener ways.
A new study identifies bacterial genes that may make it easier for scientists to engineer a bacteria that takes in renewable electricity and uses the energy to make biofuels.
The discovery made by two doctoral students could have future implications for human health, setting a path for research into understanding brain function.
At a gathering Feb. 6, President Martha E. Pollack thanked top supporters of the 2018-19 Cornell United Way Campaign who, with all other Cornell donors, raised $614,522 of this year’s $750,000 goal.
New nanophotonic tweezers developed by Cornell researchers can stretch and unzip DNA molecules as well as disrupt and map protein-DNA interactions, paving the way for commercial availability.
Jonathan Lunine says the discovery of preserved organics on the Red Planet is a call for new tests directly targeting biosignatures on the Martian surface.
