Tested on quantum hardware.
Methods evaluated on quantum hardware, as in 26 experiments delivered to the University of Osaka.
Quantum claims are easy to make and hard to check.
Much of what is said about quantum computing rests on simulation and promise. Few methods are run on the hardware and written up so others can follow.
We evaluated our evidence engine on the OQTOPUS quantum computing system in 26 experiments, delivered to the University of Osaka, with the same discipline as every other finding.
What we deliver.
- Run methods on quantum hardware, not only in simulation.
- Design each experiment before it runs.
- Deliver a complete evaluation, experiment by experiment.
- Record the results so they can be checked and repeated.
How it works.
- Design
- The experiments and the measures are fixed first.
- Run
- Each experiment runs on the quantum system itself.
- Deliver
- The full evaluation goes to the people who asked the question.
Research and analytics
More in this area.
All solutions- Forecast ledgerForecasts logged before anyone knows the answer, and scored in public after.
- Signed findingsFindings signed so anyone can replay them from the same data and the same code.
- Large cataloguesLaplace searches ESA's Gaia DR3 at full scale and puts what it finds on a star map.
- Open codeLibraries and notebooks published as open source, runnable in the browser.
