Results and Discussions, and References

Table of Links

Abstract and I. Introduction

II. Overview of error Mitigation Methods

III. Methodology

IV. Results and Discussions, and References

IV. RESULTS AND DISCUSSIONS

Analysis of testing results shows clear improvement in the Fire Opal distribution compared to IBM Kyoto by itself; see Figure 3 for a visual of the analysis. Fire Opal reduced noise and yielded better overall results on IBM Kyoto by around 30% − 40%. Specifically, the distributions generated on IBM Kyoto with Fire Opal qualitatively captures the specific shape of the distribution with peaks and the long tail. This becomes more pronounced as the number of two-qubit gates.

In conclusion, our experiment validates the effectiveness of Fire Opal’s error suppression and circuit optimization capabilities, highlighting potential to enhance the utilities of quantum hardware in the NISQ era.

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