Kenneth Cheng · Macau

Mathematical models for real systems.

From pattern formation and nonlinear mechanics to scientific institutions, reliability, and experimental design: reproducible computation, explicit assumptions, and honest limits turn models into testable research questions.

Latest writing

Question, verification, and limitation belong in the same article.

Every research article is manually written from verified private ScienceProject results and supported by approved figures, numerical checks, negative findings, claim boundaries, and references.

Research figure for How Rare Is a Flip?

29 Aug 2026Research note

How Rare Is a Flip?

A bounded finite-state calculation and seeded direct simulation agree on one synthetic low-copy genetic-toggle event—but that Phase-1 agreement is a starting point, not a rare-event victory.

Read article

Selected research

Evidence before volume

Only projects with a clear question, reviewed figures, and visible assumptions and limitations appear here.

Research figure for How Rare Is a Flip?
Reproducible study2026

How Rare Is a Flip?

A reproducible Phase-1 study checks a synthetic low-copy exclusive genetic toggle with an error-bounded finite-state reference and seeded direct SSA.

Stochastic reaction networksGenetic toggles
Research figure for Topology at the Edge of Resolution
Reproducible study2026

Topology at the Edge of Resolution

A controlled false-threshold audit of melt-pond connectivity under blur, downsampling, segmentation error, finite windows, and morphology shift.

Arctic Sea IceTopological Data Analysis
Research figure for When Entanglement Expires
Reproducible study2026

When Entanglement Expires

A reproducible synthetic study of memory decay, cutoff scheduling, tail latency, and evidence-aware abstention in a four-link quantum repeater chain.

Quantum NetworksReliability and Uncertainty