As quantum technology moves closer to real-world applications, South Florida is positioning itself within a growing national ecosystem — and Florida International University is bringing the technology directly to Miami.
The annual Quantum World Congress brings together researchers, industry leaders, and government officials to discuss advances in quantum computing, sensing, cybersecurity, policy, and commercialization. This year’s conference comes as FIU announces a partnership with IonQ to bring a Superion 256 quantum computer to its Miami campus.
The 256-qubit trapped-ion system is expected to be installed in late 2027. It will become the first on-premises trapped-ion quantum computer in Florida, giving FIU students and researchers direct access to technology that remains relatively uncommon at universities nationwide.
But for those outside the field, understanding what makes quantum computing different can be complicated.
“A classical computer uses bits, which are zero and one. We all know that. But a quantum computer uses qubits, and it is a combination of zeros and ones,” PhD student Adil Amaan explained.
Unlike classical computers, quantum computers use qubits to process information in fundamentally different ways, potentially allowing researchers to tackle certain problems that are difficult for traditional systems.
“This means a quantum computer can solve more difficult and complex problems at a faster pace. And with better accuracy in different domains like energy, medicine and healthcare and many more,” PhD student Anwer Shees said.
While the technology is still developing, its potential applications extend well beyond computing, with researchers exploring its use in fields ranging from energy and medicine to sensing and cybersecurity.
The push also reflects a broader effort to establish South Florida as part of the national quantum technology network. Hasan Iqbal, a postdoctoral associate, said Quantum World Congress gives researchers a sense of where the field is heading and “where the real opportunities are emerging for FSU and South Florida.”
“That means building the right partnership, bringing back ideas and expertise, and making sure our region is connected to the national quantum ecosystem as it develops,” Iqbal said.
At FIU, Provost Elizabeth Béjar described the university’s partnership with IonQ as an important step not only for the institution, but also for the future of research in the region.
“So this is certainly a significant milestone, not just for this partnership between Florida International University and IonQ, but for the future of academic research and innovation,” Béjar said.
She also pointed to the range of research the technology could support, including “quantum computing, sensing, cybersecurity, and all of the facets that go into our research excellence as a public research university in Florida.”
FIU says the system is expected to support research in areas including materials science, artificial intelligence, logistics, cybersecurity, health, and power-grid management.
With a physical quantum computer headed to Miami, South Florida is gaining direct access to a technology that could play an increasingly important role in science and industry. For FIU students and researchers, the system offers a new way to participate in that developing field while helping connect the region with universities, government agencies, and companies shaping the future of quantum technology.
