Quantum probability’s roots in math reveal deeper systemic fractures in physics’ foundational assumptions
Original framing: “Key oddity of quantum physics may run even deeper than anticipated” — New Scientist
Marginalized scholars in science and technology studies (e.g., *Kim TallBear*, *Sandra Harding*, or *Ruha Benjamin*) have long argued that indeterminacy in science reflects broader power dynamics. For example, *feminist technoscience* critiques how quantum physics’ probabilistic nature has been used to justify both *technological optimism* (e.g., 'quantum supremacy') and *deterministic surveillance* (e.g., predictive policing). Indigenous scientists like *Dr. Kyle Powys Whyte* highlight how Western science’s discomfort with uncertainty stems from colonial epistemologies that seek to 'control' nature rather than coexist with it. These voices are absent, leaving the narrative devoid of ethical and political context.
The sensationalized framing of quantum probability as an 'oddity' obscures its role as a *systemic disruptor*—one that forces a reckoning with the colonial and deterministic foundations of Western science.
Indigenous epistemologies, historical parallels like the *Solvay debates*, and marginalized critiques (e.g., *feminist technoscience*) reveal that this discovery is not just about physics but about *power*: who gets to define reality, and whose knowledge is erased in the process. The trickster dimension exposes the absurdity of treating uncertainty as a problem when it could be the key to decolonizing science—if we dare to integrate *Anansi’s* cunning with *Hermes’* boundary-crossing. The solution pathways must therefore be *interdisciplinary, probabilistic, and playful*, combining quantum math with Indigenous wisdom, artistic experimentation, and citizen audits to build systems that thrive in uncertainty rather than fear it. The actors here are not just physicists but *epistemological rebels*—from *Diné scientists* to *trickster artists*—who can reshape how we model the world.