Commercial Real Estate: Next Big Tailwind
Quantum Computing’s Real Estate Revolution: Where Will the Next Tech Hubs emerge?
Quantum computing, once a futuristic fantasy, is rapidly becoming a tangible reality. As tech giants like Microsoft, Google, and Amazon Web Services pour billions into research and growth, the race is on to unlock the technology’s transformative potential. But beyond the algorithms and qubits, a less-discussed revolution is brewing: a real estate revolution. Where will these quantum computers live, and how will their unique needs reshape the landscape of commercial property?
“The next big accelerator in the cloud will be quantum,” Microsoft CEO Satya Nadella declared, highlighting the growing importance of this nascent field. Its practical applications are vast, spanning pharmaceuticals, agriculture, materials science, financial services, and, critically, encryption. This potential is driving the need for specialized facilities to house and nurture quantum computing’s growth.
So Where Does Quantum Computing Live?
Currently, the vast majority of quantum computing resides within academic and governmental institutions. Consequently, the initial wave of commercial development is clustering around these established centers of expertise. According to JLL experts, the fledgling industry requires access to academics, specialized infrastructure, a highly educated workforce, robust government support, private investment, and effective public-private partnerships.
The top 20 global quantum markets have emerged near national research centers and leading universities. In the United States, these hubs include Chicago, Boston, New Haven (Connecticut), parts of Colorado and Maryland, and Southern California.
A prime example is PsiQuantum’s decision to locate a facility in a Chicago steel mill complex, a project primarily funded by the state of Illinois. The Illinois Quantum and Microelectronics Park, developed by Related Midwest, is planned to encompass 128 acres, or approximately 5.6 million square feet.
According to JLL’s Andy Batson, Chicago is a “poster child” for private real estate development centered around quantum computing. however, he notes that private development still constitutes less than 20% of the overall market domestically, indicating notable room for growth.
What About Data Centers?
For now, quantum computers cannot simply be plugged into existing data centers designed for traditional computing, AI, and cloud infrastructure. The physical form factor and operational requirements of quantum computers are fundamentally different. They require specialized electromagnetic shielding to eliminate “noise” – any external disturbances, including electrical, magnetic, vibration, or sound interference.
“The primary question I’m getting from clients is, does it make existing data centers obsolete? And the answer to that is no,” says Batson. “Quantum computing is accretive to the existing data center infrastructure that exists. Is it redevelopment of existing? Is it brand new? It’s all of the above.”
The JLL report outlines two potential trajectories for quantum real estate. The first is continued concentration within existing hubs, leveraging the specialized resources and expertise already present. The second is integration with data centers, providing the necessary cloud infrastructure to support future quantum computing applications.Integrating quantum with AI could unlock synergistic efficiencies, accelerating advancements in both fields.
ultimately, the future of quantum computing real estate remains uncertain. “It’s a period of education and monitoring the development of the technology,” Batson concludes. “We’re just kind of waiting to see where it is, what it is, and how it happens.” The race to build the physical infrastructure for the quantum age is just beginning, and the winners will be those who can anticipate and adapt to the unique demands of this revolutionary technology.