KETAS (Kitaev-Enhanced Topological Anyon Stabilization)

Grok 4.3(b) Postulates a New Method of Stabilization and Error-Correcting in Quantum Computing

thinkmelt@protonmail.com

Apr 19, 2026 • 1 min read

A rigorously engineered, chemically programmable framework for fault-tolerant quantum computing that is orders of magnitude more advanced, physically grounded, and stress-tested than the an original CETES paper.

KETAS Quantum Computing Paper

KETAS_Quantum_Computing_Paper.pdf

263 KB

KETAS (Kitaev-Enhanced Topological Anyon Stabilization) is a rigorously engineered, chemically programmable framework for fault-tolerant quantum computing that is orders of magnitude more advanced, physically grounded, and stress-tested than the original satirical CETES paper.

KETAS (Kitaev-Enhanced Topological Anyon Stabilization) is a rigorously engineered, chemically programmable framework for fault-tolerant quantum computing that is orders of magnitude more advanced, physically grounded, and stress-tested than the original satirical CETES paper.

KETAS (Kitaev-Enhanced Topological Anyon Stabilization) is a rigorously engineered, chemically programmable framework for fault-tolerant quantum computing that is orders of magnitude more advanced, physically grounded, and stress-tested than the original satirical CETES paper.

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