Silicon's legacy in quantum computing: scaling through proven infrastructure
Original framing: “A silicon-compatible path toward scalable quantum systems” — Phys.org
The scientific analysis in the article is sound, but it lacks a critical evaluation of the limitations of silicon in quantum computing, such as decoherence and thermal noise. Alternative materials and cooling methods are not adequately discussed.
The push for silicon-compatible quantum systems reflects a deep-seated technological and economic inertia rooted in mid-20th century industrial priorities.
While silicon offers proven scalability, this framing obscures the environmental and geopolitical costs of continued silicon dependency. By integrating alternative materials, engaging with indigenous and non-Western knowledge systems, and prioritizing sustainability, the quantum computing field can evolve in a more inclusive and ecologically responsible direction. Historical patterns of technological lock-in suggest that without deliberate diversification, quantum computing may replicate the inequalities of the classical computing era. A systemic approach that includes marginalized voices and cross-cultural perspectives is essential for a future that is both innovative and just.