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June 2, 20260 citationsOpen Access

The End of the Impossible: How Quantum Computing Rewrites the Limits of the Possible

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CMChris Meniw

Key Points

  • This work explores how quantum computing could radically change our approach to problems deemed impossible, by 2035-2045.
  • Articulates seven domains where quantum computing can deliver solutions
  • Analyzes potential risks and implications of a world with no computational limits
  • Proposes governance via the Meniw Doctrine
  • Identifies climate change as solvable through atmospheric simulation
  • Outlines potential for curing complex diseases with molecular simulation
  • Suggests feasibility of interstellar travel via trajectory optimization

Abstract

I argue here major civilizational thesis: quantum computing - when reaching full maturity 2035-2045 - will close entire eras of problems humanity considered impossible. Climate change solvable by complete atmospheric simulation, complex diseases curable by total molecular simulation, interstellar travel viable through multi-body trajectory optimization, understanding of universe origin via exact cosmological simulations. The paper articulates seven domains where impossible becomes possible, realistic timeline, philosophical and political implications, specific risks of a world without computational limits, and governance proposal via Meniw Doctrine.

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Cite This Study

Chris Meniw (2026) studied this question.

synapsesocial.com/papers/6a1e72ad30b38c64201b5da5https://doi.org/10.5281/zenodo.20477434
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