Quantum computing is being increasingly recognized for its synergy with artificial intelligence (AI), paving the way for its practical applications in various industries. Companies like Cleveland Clinic and Mitsubishi Chemical are at the forefront of this innovation, already reaping benefits by integrating quantum technology with their operations.
Lara Jehi, Chief Research Information Officer at Cleveland Clinic, highlighted at the Quantum Tech World conference that while quantum computers are still a few years away from full-scale production, noteworthy progress is being made. For instance, in 2024, quantum computers were capable of simulating only ten atoms, but Cleveland Clinic has recently conducted simulations involving protein complexes of over 12,000 atoms. While these simulations are still not clinically applicable, Jehi expresses optimism about reaching clinically relevant sizes within the next couple of years using quantum resources.
In their efforts to enhance material science applications, Mitsubishi Chemical has been exploring quantum computing since 2018. The company is targeting advanced semiconductor materials for production by late 2026 or early 2027. The simulations needed for designing these materials, particularly for two-nanometer chips, require higher energy resolution than traditional classic computing can offer.
Another player, SoftBank Corp., aims to commercialize quantum computing technology through collaborations with IBM and Quantinuum, with multiple pilot projects in progress. They envision quantum computers serving as accelerators for AI capabilities within their advanced data centers.
The emphasis on a hybrid use of AI and quantum computing is echoed by industry leaders, suggesting that these specialized devices will complement existing technologies rather than replace them. Quantum processors are expected to take on complex problems while everyday tasks will still be managed by classical computing systems.
The quantum ecosystem is rapidly evolving, evidenced by the emergence of numerous startups and collaboration between various hardware and software suppliers. Marta Estarellas, CEO of Qilimanjaro Quantum Tech, noted the ongoing momentum, with expansion in investment and government commitments to the quantum sector.
The 2026 report from the Quantum Economic Development Consortium indicated significant growth in the quantum industry, including an increase in the number of dedicated quantum companies and a notable rise in both public funding and private investments in the field.
As organizations continue to innovate and explore the potential of quantum computing, the convergence of AI and quantum technologies is expected to usher in a new era of advancements across multiple domains.
