Operator algebras·OpenAI Math·Result 288·Lean formalisation listed
Kadison's similarity conjecture
One of the 372 results in OpenAI's public mathematics catalogue, filed under operator algebras: 1 preprint, the latest dated 23 September 2026. This page quotes OpenAI's own summary of the claim, links the paper and abstract, and will embed the animation.
Latest paper
Kadison's similarity theorem through uniform derivation estimates
The animation for this result has not been released yet. Subscribe on YouTube to catch it.
What OpenAI claims
Proves Kadison's similarity conjecture: every bounded complex-linear unital algebra homomorphism from a unital complex C∗-algebra to operators on a Hilbert space becomes a *-homomorphism after conjugation by a bounded invertible operator. (Lean)
Paper
Kadison's similarity theorem through uniform derivation estimates
We prove that every bounded complex-linear unital algebra homomorphism from a unital complex C∗-algebra into the bounded operators on an arbitrary Hilbert space is similar to a *-homomorphism. This resolves Kadison's similarity conjecture positively. We also obtain one universal hyperreflexivity constant for all unital von Neumann algebras on arbitrary complex Hilbert spaces.
Status
Preprint. The paper has not been independently reviewed. Treat the result as OpenAI's claim until other mathematicians have checked it. If a video exists, it illustrates the statement; it is not the proof.
Related results in Operator algebras
- 289Strong Kadison–Kastler stability and its spatial boundariesLean
- 290Relative bicentralizers and modular spectral recoveryLean
- 291Cuntz comparison, nuclear dimension, and equivariant Jiang–Su stabilityLean
- 292Kirchberg's 𝒪2 norm-ultrapower embedding problemLean
- 293Invariant projections, hyperinvariant subspaces, and transitive algebrasLean
- 294Kaplansky's quasitrace conjecture and failure of tensor-product stable finitenessLean