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 Cornell Engineering-led study highlights the benefits of using 3D printing, also known as additive manufacturing, to significantly improve cost, yield and efficiency of electrochemical reactors.
The discovery made by two doctoral students could have future implications for human health, setting a path for research into understanding brain function.
Cornell researchers designed a micro-sized artificial cilial system that could eventually enable low-cost, portable diagnostic devices for testing blood samples, manipulating cells or assisting in microfabrication processes.
The endowment will be used for future investments in graduate fellowships, professorships and laboratory enhancements, with the ultimate goal of creating an institute for space technology, innovation and entrepreneurship.
Once a cosmic trickle a decade ago now appears as a rapid-fire barrage from across the universe, as 1,652 fast radio bursts were found in the Cornell-discovered FRB121102.
Cornell’s Center for Technology Licensing has launched a fellowship program for Ph.D. graduates and postdoctoral researchers interested in a career in business development, commercialization or entrepreneurship.
Cornell researchers used advanced atomic modeling to explore the ways environment can influence the growth of cracks in alloys such as aluminum and steel – knowledge that could help engineers better predict, and possibly postpone, the failure of structures.
When Cornell’s COVID-19 Modeling Team began developing protocols for the return to campus, they turned to Cornell librarians to comprehensively answer a series of rapidly evolving – and critically important – questions.