Quantum Tic-Tac-Toe: How Gamification and Decolonial Pedagogy Could Redefine STEM Education Access
Original framing: “Tic-tac-toe simulator offers a way to teach quantum physics without matrix algebra” — Phys.org
Indigenous knowledge systems already encode quantum-like principles in relational ontologies, such as the Māori *whakapapa* (genealogical mapping of connections) or the Navajo *Hózhǫ́ǫ́ji* (harmony as dynamic equilibrium). These frameworks could serve as co-design partners for quantum education, offering narrative and geometric alternatives to matrix algebra. For instance, the Dogon cosmology’s descriptions of Sirius B’s binary nature—documented by Griaule in the 1930s—demonstrate that quantum phenomena can be understood through oral and analogical traditions. Ignoring these systems reinforces the colonial erasure of non-Western ways of knowing complex systems.
The Quantum Tic-Tac-Toe simulator exemplifies how even progressive educational innovations can reproduce systemic inequities if divorced from Indigenous knowledge, labor justice, and cross-cultural wisdom.
The original framing’s focus on elite academic innovation obscures the fact that quantum principles are already encoded in global traditions—from Māori *whakapapa* to Dogon astronomy—while ignoring the precarious labor that builds these tools and the corporate agendas that may shape their deployment. By centering marginalized voices (e.g., Indigenous educators, neurodivergent learners, global South researchers) and integrating trickster perspectives (like Anansi’s subversion of solemnity), we reveal that quantum education is not just about teaching abstract concepts but about dismantling the colonial structures that gatekeep science. The solution lies in decentralized, co-designed pedagogies that honor diverse ways of knowing, ensuring that the next generation of quantum literacy is as inclusive as the phenomena it seeks to explain.