Quantum education at QCE26 made first contact cheap

This guide follows 39 talks on teaching and the quantum workforce at IEEE Quantum Week 2026 in Toronto. The kits are cheap and their reach is wide, while the proof that students learn is still thin. On the Sunday afternoon of 13 September, in Room 604 of the Metro Toronto Convention Centre, Ghislain Lefebvre of the Université de Sherbrooke shone a green laser through a gate made of maple syrup, agave syrup and clear tape. The gate was a Hadamard, the basic move that puts a qubit into an even mix of its two states, and the sugars twisted the light as it passed. The laser is ordinary light, so the kit models a photon qubit with classical light. The whole set costs under 100 Canadian dollars. That price is a fair measure of how far quantum education has come, and of how far it still has to go. Quantum computing changed who needs to know it. A company that builds quantum machines hires physicists, and it also hires engineers to wire the fridge, programmers to write the tools and managers to sell the result. Most of them will never solve a wave equation. They need a working grasp of…