A Cornell-led collaboration has used state-of-the-art computational tools to model the chaotic behavior of Planckian, or “strange,” metals. This behavior has long intrigued physicists, but they have not been able to simulate it down to the lowest possible temperature until now.
A collaboration between researchers from Cornell, Northwestern University and University of Virgina combined complementary imaging techniques to explore the atomic structure of human enamel, exposing tiny chemical flaws in the fundamental building blocks of our teeth.
The Cornell Center for Materials Research is helping startup companies create new, innovative products by connecting them with university researchers while also boosting economic development in New York state.
Cornell researchers developed a new form of electron microscopy that uses complex algorithms to achieve faster, more efficient imaging – and they obtained the best results by defocusing their detector and blurring the beam.