A documented, reproducible validation program across simulation and physical IBM Quantum hardware.
This page is a technical evidence index, not a marketing poster. It summarizes a structured validation program consisting of 19 discrete tests executed across simulators and multiple IBM superconducting quantum processors.
Hardware runs are probabilistic and subject to noise, calibration drift, and queue conditions. The claims here are empirical, bounded, and traceable — not speculative.
The complete experimental record is publicly archived and accessible for review:
Quantum Experiments Log:
Full experiment table with 19 test entries
Validation Summary Report:
Research summary with results and interpretation
Scientific Papers Archive:
Curated literature grounding and context
NuviraQ behaves like a testable, repeatable system. Baseline distributions remain stable when circuits are held constant, and intentional circuit modifications produce predictable distribution changes under controlled conditions.
These behaviors have been observed across multiple backends including Torino, Marrakesh, and Fez, with verified shot counts and documented execution contexts.
Additional execution context, intermediate plots, and real-time documentation are available on X: x.com/NuviraTech.
For investment, licensing, or laboratory collaboration, a consolidated evidence packet (including raw JSON files, execution videos, and detailed analysis) is available on request.