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Quantum

Leading the Open Quantum Future in Virginia

George Mason connects ambitious research, access-enabling quantum computing capabilities, interdisciplinary workforce development programming, and public-private partnerships to create an ecosystem where quantum discoveries can move from the laboratory to the marketplace.

Expected to reshape fields including public health and medicine, finance, emergency response, logistics, national security, and infrastructure, quantum computing is predicted to generate up to $2.7 trillion in economic value internationally by 2035. It’s time to build Virginia’s quantum ecosystem with us.

Quantum Science machinery

TreQ Partnership: Shared infrastructure and open architecture

Quantum Computer_TreQ
The partnership establishes the first customer-deployed quantum computing system implemented under a formal open architecture quantum (OAQ) configuration. Photo by Ron Aira/Office of University Branding.

George Mason will own and operate one of the only open-architecture quantum computers in the United States, alongside cryogenic and quantum-optics labs.

The vendor-neutral platform lets partners install, test, and benchmark heterogeneous hardware, supporting innovation that no single organization can pursue alone.

A Virginia Innovation Partnership Corporation (VIPC) university commercialization grant helps catalyze and attract strategic industry investment and philanthropic support for the new $7.7M quantum technology system. 

Learn the TreQ partnership timeline

Workforce from 6-12 through PhD, and industry upskilling

A four-tier pipeline: quantum literacy for grades 6 to 12 with Fairfax, Arlington, and Loudoun schools; an associate-level technician track with Northern Virginia Community College, including a Quantum Technician Lab and paid bootcamp on its Manassas campus; upskilling for the region’s incumbent high-tech workforce, including the quantum-safe and post-quantum cryptography skills that the federal 2035 migration mandate now requires; and new university degrees with hands-on access to the Hub’s hardware. Approximately 80 percent to 85 percent of George Mason graduates stay in the region. 

Deep industry-government-academic partnership

A group of regional employers, federal stakeholders, and academic institutions that governs collaborative R&D priorities, feeds industry demand directly into the curriculum, and coordinates joint pursuit of federal grants. This pillar is the sustainability engine and organizational vehicle for collaboration.

A Foundation for Quantum Innovation in Virginia

$282M in research expenditures (2024)

A 30 percent increase over five years. R1 Carnegie Classification, top 10 nationally for innovation (U.S. News, 2023) and #1 in Virginia for innovation.

Virginia's first interdisciplinary quantum MS

The MS in Quantum Science and Engineering is SCHEV-approved and launches in fall 2026, with an undergraduate minor in development—both designed with regional industry.

Quantum hardware infrastructure on campus

George Mason is making strategic investments to keep pace with the rapid evolution of technology. Existing and planned capabilities include the Nanofabrication Facility, a cryogenic testing facility, and an open-architecture quantum computer.

$4M+ in federal grants for quantum workforce development

Education and workforce development efforts span grades 6 to 12 through PhD, including teacher training that has reached more than 100 educators and high school immersion graduates who matriculate to top universities. New hardware for labs will allow even more hands-on training opportunities and growth in these programs.

A demonstrated model

George Mason’s GO Virginia-funded Nano-IMAGINE ($3.75M) and VAST ($3.3M) built shared advanced-technology infrastructure and regional workforce pipelines that the VQH extends into quantum.

Planned investments

With George Mason’s recent Grand Challenge Initiative awards, quantum was designated as a leading area of research for the university, which is investing $2.4M over the next three years to grow the program.

Innovation Fueled by Partnerships

The work to establish Virginia as a hub for quantum innovation is already underway.

Catalytic Investment: The Virginia Innovation Partnership Corporation (VIPC) provided strategic funding to support George Mason’s quantum computing initiative, helping advance research commercialization, attract industry investment, and strengthen Virginia’s quantum technology ecosystem.

Anchor industry partners: Leidos, Aliro Quantum, TreQ, Boeing, Booz Allen, MITRE and IonQ collaborate with George Mason and are poised to provide advisory faculty, curriculum design, internships, and joint federal grant.

Education and Connection Partners: Connected DMV has collaborated with George Mason on the Pathways to Quantum Summer Immersion Program since its founding in 2022. The Booz Allen Foundation also supported these efforts, helping provide high school students and teachers with hands-on exposure to quantum science through the Quantum Immersion Program.

Regional coalition formalized: Fairfax County EDA, Loudoun County, Fairfax City EDA, and Arlington Economic Development, alongside NVCC, Marymount University, Fairfax County Public Schools, Arlington Public Schools, Alexandria City EDA, and Prince William County EDA.

Open architecture supply chain engaged: TreQ, a U.S.-founded systems firm, serves as technical advisor, with international quantum companies.

Coordinated investments already secured: a $2.4 million Mason Grand Challenge Large Catalyst award, $7.7M for an open architecture quantum computer, a pending $772K congressional appropriation toward the cryogenic testing lab, and $290K for a quantum-optics training lab.

Philanthropic Funding: $3.5M in philanthropic funding, including a $3M endowed faculty position in quantum physics, with the search beginning fall 2026. 

Build the Future of Quantum Together

Collaborate with George Mason's Quantum Science and Engineering Center (QSEC) to advance quantum innovation while gaining access to talent, research expertise, workforce development, and advanced infrastructure. Whether through strategic partnerships, sponsored research, or Founding Partner membership, organizations can help shape a growing quantum ecosystem and accelerate their quantum ambitions at a fraction of the cost of building these capabilities alone.

Quantum research conducted by a student.

The Race to Build the Quantum Workforce

3:1

job openings per qualified candidate

850K

unfilled quantum roles projected by 2036

$3.77B

global quantum equity funding, 2025

* The programs and services offered by George Mason University are open to all who seek them. George Mason does not discriminate on the basis of race, color, religion, ethnic national origin (including shared ancestry and/or ethnic characteristics), sex, disability, military status (including veteran status), sexual orientation, gender identity, gender expression, age, marital status, pregnancy status, genetic information, or any other characteristic protected by law. After an initial review of its policies and practices, the university affirms its commitment to meet all federal mandates as articulated in federal law, as well as recent executive orders and federal agency directives.