Quantum-Certified Anonymization: Irreversibility Beyond Computational Hardness — Preprint 2026
-
Updated
Apr 14, 2026 - TeX
Quantum-Certified Anonymization: Irreversibility Beyond Computational Hardness — Preprint 2026
A Lean 4 research platform for mathematical physics: unbounded operators, spectral theory, quantum mechanics, and quantum information — built on Mathlib.
Quantum interference field machine: Hamiltonian evolution and Born-rule readout as a neural-network alternative.
Observer Frequency Structure Interpretation – interpretative framework on the quantum measurement problem.
A derivation from the semiconjugacy of the doubling map
Paper I — Geometry First
Cosmochrony — Quantum Structure sub-programme presentation note
Computational framework for studying layered post-selection dynamics, detector geometry, survival/capture filtering, and admissibility constraints within Born-aligned probabilistic systems.
Quantum Structure beyond Spin-1/2: Co-Admissible Sectors and the Emergence of SU(2) as a Fixed Point
A finite reconstruction program: from one-use contact to the quantum boundary, Born weights, contextuality, the structure of time, the price of irreversibility, and the hosted observer — every result a runnable, dependency-free proof, every claim scoped and labeled.
Add a description, image, and links to the born-rule topic page so that developers can more easily learn about it.
To associate your repository with the born-rule topic, visit your repo's landing page and select "manage topics."