FIU Acquires Florida’s First IonQ Superion 256 Quantum Computer

IonQ announced on September 24, 2026 a contract with Florida International University under which it will deliver a Superion 256-qubit trapped-ion quantum computer for installation on the university’s Miami campus, according to the company’s announcement. IonQ said the agreement marks the first sale and deployment of a Superion 256 trapped-ion quantum computer in Florida, secures the state’s first on-premises trapped-ion quantum system, and establishes FIU as the company’s flagship academic partner and preferred university partner in the state, creating a central hub for quantum research and education across the region. Financial terms of the contract were not disclosed.

FIU publicly disclosed the signed agreement a day earlier. In a September 23, 2026 university news article, the university said it will become the first university in Florida to acquire a full-stack, trapped-ion quantum computer, with the system expected to arrive in late 2027. FIU said similar technology is available at a small number of universities, including the University of Chicago and the University of Cambridge in the United Kingdom.

Installation, Access, and Research Focus

The sixth-generation IonQ system features 256 physical trapped-ion qubits. The hardware will be housed in a specialized, secure facility built on FIU’s campus, with installation currently expected in late 2027 following completion of FIU’s on-campus data center. Students, faculty, visiting scholars, and affiliated research centers will gain direct access to the system. IonQ said scientific applications and research are expected to span material science, artificial intelligence, logistics, cybersecurity, health, and power grid management.

FIU said its researchers expect to focus on three areas: environment and energy sustainability, including new materials, more efficient batteries, environmental systems, and ways to strengthen and better manage the power grid; national security and cybersecurity, including preparing for quantum-era security threats, advancing new approaches to encryption, and helping protect critical infrastructure; and health and drug development, including studying molecules and biological interactions to help identify promising medicines and improve the drug-development process.

The university said the acquisition comes as Florida and the federal government expand investments in quantum research, infrastructure, security, and workforce development. FIU’s research showcase and briefing center in Washington, D.C., will support engagement with federal agencies and potential partners pursuing quantum applications in scientific discovery, energy, and national security, the university said. IonQ said the Washington center’s engagement among federal agencies is expected to support the partnership with Maryland-based IonQ.

Niccolo de Masi, IonQ’s chairman and chief executive officer, said the partnership “represents a major milestone in expanding direct physical access to IonQ’s industry-leading, high-performance quantum hardware,” and that housing the Superion 256 system directly on campus will position FIU to lead the region in quantum research and training.

FIU President Jeanette M. Nuñez said having the 256-qubit quantum computer on campus positions the university’s researchers at the forefront of national quantum innovation. She said the partnership provides FIU’s 1,200 faculty members, 56,000 students, and regional industry partners “with direct access to one of the most advanced computing architectures in the world,” and puts the university in a leading position to engage key federal agencies on recently launched quantum initiatives in sensing, cryptography, commercialization, and workforce development.

Andres G. Gil, FIU’s senior vice president for research and economic development, said the 256-physical-qubit system located in Miami will enable his team to run complex computational workflows. He said the university will train the skilled workforce needed to support Florida’s growing quantum industry by developing new curricula, degree programs, and certificates in quantum computing and by collaborating with industry partners across South Florida. In FIU’s own article, Gil said having the system on campus will allow researchers to determine where quantum computing can make a meaningful difference while preparing students for jobs and fields that are only beginning to emerge.

FIU said the computer is expected to serve as the centerpiece of a broader university quantum initiative designed to attract research funding, develop industry partnerships, and help establish South Florida as a center for applied quantum discovery. The university also plans to expand collaborations with industry, government, and other research institutions.

The Superion 256 Platform

IonQ introduced the Superion 256 in a September 8, 2026 launch announcement as its sixth-generation quantum computing platform and the first product in the Superion family, on which the company said all future compute products are expected to be built. The company said it fabricated its first fully integrated 256-qubit quantum processing units at subsidiary SkyWater, with the jointly designed chip going through six tapeouts in the first half of 2026. IonQ said its design cycle with SkyWater’s quantum foundry compressed from nine months to two, and the teams delivered 12x more wafer lots over a six-month period than at a previous foundry. The company also said it has trapped the first ions in prototype Superion 256 systems now being built in parallel at multiple IonQ facilities across the United States.

The system uses IonQ’s Electronic Qubit Control, which controls trapped-ion qubits with electronics integrated on the chip rather than with laser systems. IonQ said the same Electronic Qubit Control technology underpinned the 99.99% two-qubit gate fidelity world record it set in October 2025. According to the company, Superion 256 is built for data centers, occupies a standard server-rack footprint without bespoke buildout, draws less power than a rack of GPUs, and uses a cooling system that integrates into typical data center settings.

IonQ said the Superion platform scales from 256 qubits to millions of qubits, and that a follow-on generation, Superion 10K, is well underway and integrates CMOS onto the chip, a scaling technique SkyWater already manufactures at volume. The company said it expects the shift from laser-based to semiconductor-based control to reduce cost-per-qubit by more than 300x across its roadmap. Superion 256 is available to order, with customer deliveries in 2027; IonQ said it pre-sold its first Superion 256 system in the first quarter of 2026, and production-grade systems will also run and be offered on IonQ’s cloud. IonQ has deployed five generations of quantum computers to customers since 2019, most recently IonQ Tempo.