The last data release and final official survey paper from the Arecibo Legacy Fast ALFA survey, a 13-year project led by Cornell astronomers, has just been published.
Physics professor Erich Mueller and doctoral student Shovan Dutta propose a new technique for creating the quantum state that can yield anyons, unique particles that could form the hardware for future quantum computers.
Steve Squyres ’78, Ph.D. ’81, who has taught astronomy, conducted research and chaperoned two Mars rovers to Earth’s rust-colored neighbor, will retire from Cornell Sept. 22.
The Upstate New York Alliance for Entrepreneurial Innovation has been awarded $4.2 million from the National Science Foundation to lead entrepreneurship and commercialization support programs.
A Nobel Prize-winning physicist, best-selling authors and a leader in global sustainable agriculture are among six newly elected Andrew Dickson White Professors-at-Large at Cornell.
Theoretical particle physicist Hitoshi Murayama will present the 2015 Hans Bethe lecture, “The Quantum Universe,” Wednesday, Oct. 21, at 7:30 p.m. in Schwartz Auditorium, Rockefeller Hall.
Using multi-photon microscopy developed at Cornell, a group led by Nozomi Nishimura has shown the ability to produce detailed, 3-D images of atherosclerotic plaque.
Using a method developed in his lab, Poul Petersen and an international group of collaborators claim the first observation of water wires in a membrane. This could eventually lead to better desalination methods.
The coronavirus pandemic has forced Cornell instructors to rethink how they teach lab classes, as remote learning has created special challenges for courses considered more hands-on, collaborative and experiential.
A group led by chemical engineering professor Lynden Archer and Snehashis Choudhury, Ph.D. '18, proposes a new way to think about the electrolyte structure of a lithium metal battery.