Quantum Is Not AI's Sequel
On Lisa Lambert's testimony, what it got right, and why it needed to be said at all.
On April 30, 2026, Lisa Lambert, CEO of Quantum Industry Canada, made the following statement to the Canadian House of Commons Standing Committee on Industry and Technology. (See the original here)
“You’re studying artificial intelligence. Let me start by clarifying something that is often blurred in policy discussions: AI and quantum are distinct technologies, and grouping them as a single category creates real risk in both policy and execution. AI is about learning from data — identifying patterns, making predictions, and automating decisions using today’s computing hardware. Quantum is something categorically different. It’s a fundamentally different way of processing information on new hardware — making certain classes of problems approachable in entirely new ways, including problems that are effectively out of reach today. Quantum also includes sensing and communications, enabling new ways to detect, navigate, and secure our world. But for this discussion, I’ll focus mainly on quantum computing. If AI is about extracting insight from data, quantum computing is about expanding what is computationally possible.”
The rest of her testimony is about execution: migration deadlines, procurement leverage, 2031 hard stops. That machinery is already moving. And the committee still needed the basic distinction explained first.
The fact we need to be discussing this in 2026 is concerning. AI (and by this I mean generative AI) is the penultimate triumph of big data. Quantum is physics. AI uses, even overburdens, our current compute. Quantum rewrites it. It always has. The biggest point of similarity is the influencers claiming “This changes everything.”
AI, generative and otherwise, consumes, learns, and improves on massive data. Where quantum overlaps, it’s in the small data: the areas where there are few samples to compare and learn from, where current QAI excels.
AI is a new trim. Quantum is a new foundation.
AI has touched every single portion of our lives: Google searches, trend analysis, even coding assistants. Quantum technologies cannot and will not do the same. They will completely change the computing paradigm, but few individuals will experience them day to day the way we experience AI.
Quantum will not summarize this post for you. I’ll bet someone’s OpenClaw installation feels noticed right now.
But the areas that quantum touches, it will be essential. It will not be the “secret sauce.” It will be the ticket to entry.
I’ve spent the last several years at the intersection of quantum technology, AI security, and the gap between what the research says and what leadership understands. This gap is the problem I find most interesting and most urgent.
I’m co-founder of Quickly Quantum, a photonic edge quantum computing company. I understand this space from the inside, not just as an observer. When I advise organizations on quantum readiness, I’m drawing on what it actually takes to build this technology.
I’m now available for a small number of fractional advisory engagements. If your organization is navigating quantum readiness, post-quantum cryptography migration, or trying to build an informed position on where this technology actually is versus where the headlines say it is, that’s where I work.
If that sounds like something worth a conversation, you can find my page here.
Hell yes finally someone said it!!!