Concept
An early idea, not yet designed or tested.
Evidence & Research
Every major claim on this website links to its evidence and its current status.
Evidence & Research
Every major claim CETQAP makes about its technology links back to evidence: a publication, a release, a design document, or a clearly labelled status. Where something is a design or a simulation rather than fabricated, operational hardware, this page says so directly.
Status system
CETQAP labels its work using the following stages, from early idea to deployed technology:
Simulation
Modelled or simulated in software.
Design
A completed technical design or architecture.
Prototype
An early working version, not yet fully validated.
Fabrication
Physical hardware is being built.
Experimental Validation
Tested and measured against real, physical results.
Deployed
In active use.
PKTron
Status: Software released. PKTron v13.0.0 is the current public release on the Python Package Index (PyPI), released 7 October 2026. Install with pip install pktron. The package is MIT licensed.
QQ1
Status: Design completed. QQ1 is a 400-transmon superconducting quantum processor design. CETQAP has completed the processor architecture and GDS-II layout. Fabrication, characterization and experimental benchmarking are the next stages. QQ1 is currently a processor design, not an operational quantum computer.
Research Papers & Preprints
Published research, preprints and working papers are indexed on the Research page, with authors, dates and status (simulation, preprint, experimental investigation, design, hardware experiment, or peer-reviewed publication) shown for each item.
Benchmarks
CETQAP does not claim PKTron or any CETQAP technology is “the world’s best” or “the fastest” unless a reproducible benchmark is published directly alongside the claim. Benchmark results, where available, are published with methodology and data.
Software Releases & Open Source
PKTron is released publicly on PyPI and GitHub under the MIT licence, with a published release history. See the PKTron page for the full version history.
Hardware Design
QQ1’s processor architecture and GDS-II layout represent a completed design stage. Independent verification, fabrication and experimental data will be published here as they become available.
Experiments
Where CETQAP research includes experimental work on real hardware, the result and its limitations are stated directly — including where a result does not establish a proposed mechanism and requires further replication. Scientific honesty is treated as a strength, not hidden. See SCIENTRA and the Research page for details.
Education & Impact
CETQAP’s education and talent-development programs are listed on the Programs page, each with eligibility, duration, cost and current status so open and closed programs are never confused.
Media & Recognition
News coverage and announcements about CETQAP are listed on the News page, each with what was done, what was found, current status, evidence and next steps.
CETQAP
CETQAP is #1 — and the work continues.
We build. We research. We test. We publish. We improve.