The annual report highlights some of VEDP’s notable accomplishments in FY23, all of which were made possible in large part by the great work and support of our local, regional, and state partners. Audited financial statements will be made available on this page once published.
At the 1981 "The Physics of Computation" event, Nobel laureate Richard Feynman called for the creation of quantum computers to simulate quantum physics, famously saying, “Nature isn’t classical, and if you want to make a simulation of nature, you’d better make it quantum mechanical.”
Dr. Sophia Economou is a professor of physics at Virginia Tech and the director of the university’s Center for Quantum Information Science and Engineering. Her research focuses on theoretical quantum information science, including quantum computing with numerous types of qubits.
La Vida Cooper is the communications and navigation line of business manager at NASA’s Goddard Space Flight Center, the deputy program manager for strategic initiatives within the exploration and space communications projects division at Goddard, and the executive director of the Washington Metropolitan Quantum Network Research Consortium (DC-QNet), a joint initiative among six federal agencies and two affiliates to operate a quantum network testbed.
The quantum age is rapidly approaching. So rapidly, in fact, that any approach to developing a workforce must account for the changes happening at the speed of light as quantum science shifts from theoretical to practical application.
In the world of financial services, time can represent both money and opportunity lost. The potential time savings from the use of quantum computing can help investors ensure they accrue more money than regret.
Inside the glass-walled headquarters of the Defense Advanced Research Projects Agency (DARPA) in Arlington County, some of the nation’s most talented scientists are working fast to usher in the quantum age in service of national defense.
Once entirely theoretical, the quantum sciences have slowly but surely become applied sciences, opening the door for technologies that take advantage of our improved understanding of physics at the smallest imaginable scales.
The Port of Los Angeles is the largest facility for handling shipborne cargo in the United States. With the help of quantum computing, the port’s second-largest shipping container terminal, Pier 300, dramatically streamlined its operations.