Quantum Computing Set for Breakthrough Growth in 2026
· news
The Quiet Revolution in Computing: Why Quantum’s Growth Matters More Than You Think
The tech world is abuzz with hype about artificial intelligence, blockchain, and 5G. Yet, a more significant shift may be unfolding beneath the radar: the growth of quantum computing. As the global market for this emerging technology prepares to explode, governments are taking notice – and investing heavily.
Quantum computing’s ascendance has been slow due in part to its daunting complexity. These systems not only process data faster but also challenge our current understanding of physics by processing vast amounts of data in ways that defy conventional methods. The trade-off: size, cost, power consumption, and accuracy have historically confined quantum computing to niche applications – government research, perhaps a few academic projects.
However, the tide is turning. Grand View Research predicts a 20.5% compound annual growth rate for the global quantum market from 2025 to 2030, driven by smaller, more scalable systems that are also more accurate. This growth is not solely about processing speed but also about practical applications – like streamlining supply chains, developing new medicines, and strengthening cybersecurity.
The U.S. government is taking a bet on this future. On May 21, the Department of Commerce announced $2.01 billion in federal incentives for nine quantum computing companies under the CHIPS and Science Act. This funding could be a game-changer for IBM and GlobalFoundries, two of the world’s largest tech players. IBM is expanding its hybrid cloud and AI offerings – with quantum computing as a key component – to offset slower growth in its traditional software and hardware businesses.
GlobalFoundries may find new life in its creation of a domestic quantum foundry, diversifying away from its dependence on mature markets like mobile, auto, aerospace, and data centers. The Department of Commerce is spreading its bets across six other companies: Atom Computing, D-Wave, Infleqtion, PsiQuantum, Quantinuum, and Rigetti. Each has its own unique quantum processing technology.
The government’s investment could drive competition – or create a new leader in the field. By backing multiple players, Washington is hedging against uncertainty. The implications of this shift are far-reaching: as quantum computing becomes more mainstream, it will disrupt industries that rely on traditional processing methods. The growth of this market may also spur innovation in adjacent fields like AI and machine learning.
For governments, investing in quantum research can provide a strategic edge – especially in areas like cybersecurity and defense. As the quiet revolution in computing gathers pace, one question remains: which companies will ride this wave to success?
Reader Views
- CMColumnist M. Reid · opinion columnist
The article hints at quantum computing's transformative potential, but what about its environmental impact? As systems become smaller and more widespread, concerns over energy consumption and e-waste will need to be addressed. The industry's focus on scaling up processing speed may distract from the fact that these computers require substantial amounts of power to operate. Without robust strategies for sustainable development, quantum computing's growth could come at a significant ecological cost – one that must not be overlooked as governments pour billions into this nascent field.
- CSCorrespondent S. Tan · field correspondent
While the article correctly identifies quantum computing's growth trajectory, I'd argue that its true significance lies not in its processing speed, but rather in its potential to unlock novel materials and chemical compounds. Quantum computers can efficiently simulate complex molecular interactions, paving the way for breakthroughs in fields like medicine and renewable energy. However, this capability also raises concerns about the responsible development of new technologies – particularly when it comes to substances that could be misused as weapons or toxins. Governments would do well to focus on ensuring that these advances are tempered by stringent safety protocols and regulations.
- RJReporter J. Avery · staff reporter
While the rapid growth of quantum computing is undeniable, one potential roadblock looms large: talent acquisition and retention. As these tech giants invest heavily in research and development, they're creating a brain drain for startups and smaller companies that can't compete with the salaries and perks offered by IBM and GlobalFoundries. To truly unlock quantum's potential, we need to ensure the next generation of innovators isn't lured away from entrepreneurial pursuits, leaving the industry reliant on big-name players rather than innovative disruptors.