Virginia Economic Review

Peter Beard is vice president of policy and programs at the U.S. Chamber of Commerce Foundation, where he leads workforce development projects and initiatives.

When Lydia Ruffin began work as a restaurant server, her goal was to support herself through school. She could not have anticipated how profoundly that entry-level job would shape her career.

Key investments at Virginia Tech, George Mason, University of Virginia help the Commonwealth position itself as a home for AI Innovation

Home to one of the largest concentrations of active duty and veteran talent in the country, Virginia has engineered an ecosystem that helps those who served translate military experience into high-value private sector careers.

New or expanding companies want to know that they will be able to hire workers with the skills they need. While outside training providers offer established but generic faculty, facilities, and programs, in-house solutions allow for customization but require significant investment.

As more tenured employees must upskill and reskill to adjust to an economy that is increasingly reliant on technology and, specifically, artificial intelligence (AI), Generation Z workers are entering the labor market as the first generation of digital natives.

L. Scott Bradshaw enrolled at Mountain Empire Community College (MECC) in Wise County as a student who needed a second chance after spending 57 months in prison. He had a job in a tire shop, but he wasn’t earning enough to pay off his fines and take care of his daily needs.

Alison Lands is vice president of employer and workforce solutions at Jobs for the Future (JFF), a national nonprofit that works to align the education and workforce systems to improve access to quality jobs for over 75 million American workers.

Tamara Fields is the national U.S. public service industry lead at Accenture, and managing director of the company’s Austin, Texas office.

Virginia’s long-held reputation as a top state for business is based on its strong economy, robust infrastructure, innovative incentives and programming, and, increasingly, its highly skilled workforce.

When Julia Boas and her husband, Patrick, have an errand to run or a friend to visit in their hometown of Roanoke, they rarely go by car. Instead, they hop on their e-bikes.

In 1981, computing giant IBM collaborated with the Massachusetts Institute of Technology’s Laboratory for Computer Science for a conference, “The Physics of Computation.”

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 — even if things can be difficult to wrap your head around at first.