Small Qubit Labs
Experimental Quantum.
Practical AI.
Building solutions today with the quantum and AI tools of tomorrow. An independent research studio at the intersection of quantum computing, artificial intelligence, and precision software engineering.
Areas of focus
From theory to application
Exploring quantum algorithms, quantum-classical hybrid systems, and the practical path from today's noisy hardware to tomorrow's fault-tolerant machines.
Intelligence by design
Building and advising on AI-powered products, automation pipelines, and intelligent systems that solve real enterprise problems with precision and restraint.
Thinking out loud
Publishing ideas at the frontier — where quantum physics, machine learning, and software craftsmanship intersect. Rigorous but readable.
The lab, at a glance
10+
Years in enterprise architecture
4
Active areas of exploration
2
Published articles — growing
∞
Problems worth solving
Who I work with
Enterprises going beyond the pilot
Organisations that have seen enough AI proof-of-concepts to know what doesn't work, and want architectural guidance on building AI systems that actually stay in production.
Teams planning ahead
Technology and strategy teams who want to understand the quantum computing landscape honestly — where it creates real opportunity, and where the hype outpaces the hardware.
Builders with high standards
Founders and engineering leads building technically complex products who care about getting the architecture right the first time, not refactoring it later under pressure.
From the lab
Latest thinking
The Research Stack for Quantum-AI: Why One Tool Will Ruin Your Research
You can spend $2,000 on AI subscriptions and still end up with confident-sounding bullshit. Here's the multi-tool stack I've settled on — and why specificity beats generality, always.
Why Quantum Matters for AI
The convergence of quantum computing and AI isn't a distant prospect — it's already reshaping how we think about computation, optimisation, and the limits of machine learning.
Working on something hard?
I work with a small number of teams on quantum and AI challenges. If the problem is genuinely interesting, let's talk.