Complete Quantum Computing Research Archive: The Dionísio Effect - Perfect Coherence Stability Dataset

Complete archive of quantum computing research demonstrating unprecedented perfect coherence stability (64.0 ± 0.0) on IBM Brisbane hardware across 160 experiments. This comprehensive dataset includes:

 

- 4,314 sanitized files containing all experimental code, analysis scripts, and visualization tools

- Complete experimental data from 183 quantum measurements (1,498,624 total quantum shots)

- Cross-platform validation showing hardware-specific quantum stability impossible to reproduce in simulators

- All code sanitized to remove authentication tokens (48 tokens removed for security)

 

Key findings:

- All 160 IBM Brisbane experiments yielded identical suppression factor: 64.0

- Zero variance across 1.5 million quantum measurements

- Simulator comparison shows infinite variance ratio (hardware: σ²=0, simulator: σ²=71,053.83)

- Experiments conducted using only free-tier quantum resources (€0 budget)

 

This work introduces the "Dionísio Effect" - a hardware-specific quantum-environmental coupling achieving perfect stability during low geomagnetic activity (K-index 1-3).

 

Related to Physical Review Letters submissions LF19916 and LF20020.