Closing Lean 4 Proof Obligations on Quantum Circuits
How we closed the long-standing sorry stubs in the Quantum toolkit's Lean 4 export — QFT unitarity, block encoding, ECC, QPE and Grover witnesses — using mathlib v4.29.
Read moreEngineering notes from the Anzaetek team
How we closed the long-standing sorry stubs in the Quantum toolkit's Lean 4 export — QFT unitarity, block encoding, ECC, QPE and Grover witnesses — using mathlib v4.29.
Read moreThe circuit optimizer in Omega Functions now comes with Lean 4 proofs of pass correctness, plus CMA-ES gradient-free optimization and mid-circuit measurement support.
Read more →A 7-crate Rust workspace for time series storage, similarity search, and quantitative analysis — with an MCP server for LLM agent integration.
Read more →A map of the Anzaetek Quantum stack as of April 2026 — the open runtime, the closed toolkit on top, and what customers can actually use now.
Read more →The Rust quantum runtime that powers Sqetch is now Apache-2.0 at github.com/Anzaetek/omega-functions-public.
Read more →A development preview of the finance platform we are building on omega-functions, with a design-partner window targeted for late 2026.
Read more →How we combined Quantum Circuit Born Machines with Conditional TimeGAN to generate regime-aware synthetic financial data for risk management and stress testing.
Read more →How we built an 11-crate Rust workspace that runs quantum circuits across statevector, tensor-network, Clifford, and photonic backends — with a WASM runtime for the browser.
Read more →Sqetch '26 — our fintech platform for HFT and beyond, plus Omega-Functions for quantum/hybrid workloads.
Read more →A preview of our quantum programming toolkit: circuit DSL, 12 optimizers, QML layer, formal verification export.
Read more →How we built a web application that takes quantum machine learning models from research notebooks to deployed REST endpoints with a one-click training workflow.
Read more →Some older posts are English-only.