QCBRIEF
The UK firm's Open Architecture Quantum design lets researchers swap the quantum chip, cryogenics, and control electronics inside one enclosure. Delivery at George Mason is slated for early 2027.
A quantum computer arriving at George Mason University next year is being built so researchers can take it apart and put different pieces in. It is the first U.S. installation of UK firm TreQ's Open Architecture Quantum design.
The $7.7 million system, per a partnership announcement reported by Quantum Computing Report, will sit on GMU's Northern Virginia campus near Washington, D.C., and plug into the university's Quantum Science and Engineering Center. TreQ will design, deploy, and run day-to-day operations. Delivery is slated for early 2027, with commissioning targeted for late summer 2027.
The usual quantum computer is a sealed box from one vendor. The Open Architecture Quantum (OAQ) approach is a modular enclosure. The quantum chip (the QPU), cryogenic cooling, and control electronics can each be swapped for parts from different suppliers. TreQ says the design lets researchers and component vendors test hardware in the same machine without being locked to one stack.
The funding includes a Virginia Innovation Partnership Corporation (VIPC) catalytic grant, a $2.4 million GMU Catalyst Fund contribution, and other university capital. GMU President Gregory Washington and College of Science Dean Cody Edwards are the named leads, alongside TreQ CEO Mandy Birch.
The partnership describes the system as a regional research hub for the National Capital Region's defense, government, and commercial ecosystems, and defines the "open" framing as a swappable testbed rather than a public-domain instrument.