074863ff-e63f-5e2a-8354-1d393584317c urn:uuid en UTF-8 nonGeographicDataset nonGeographicDataset 2025-09-20T10:12:55 creation ISO 19115 2016 Error-mitigated quantum computing SEMO Python dynamic module 074863ff-e63f-5e2a-8354-1d393584317c Qubit noise is one of the major barriers limiting broad adoption of quantum computing in solving complex real-word problems, such as optimisation. The qubit noise and the local minima in the underlying optimisation objective function often make the probability of obtaining the true optimal solution (global optimal rather than local minima) decrease exponentially with increasing underlying problem complexity. A quantum computing error mitigation invention has been filed by CSIRO with IP Australia in Feb 2024. Based on the invention, a Python SEMO (spin-error mitigation for optimisation) software module has been developed. The SEMO software module is available for collaboration for selected parties with a SEMO digital token issued from the CSIRO applied quantum computing project team. The token is authenticated online against the registration server at the beginning of each usage session. The SEMO software module can be evaluated without a digital token for small problems up to 100 spin variables and 200 couplings. Information about CSIRO applied quantum computing and SEMO is available at http://research.csiro.au/aqc. Enquiries about accessing the SEMO software module, please email appliedquantumcomputing@csiro.au. Linux-python3.11-GLIBC_2.35/SEMO.so documentDigital HTML Linux-python3.12-GLIBC_2.35/SEMO.so documentDigital HTML Linux-python3.13-GLIBC_2.35/SEMO.so documentDigital HTML PythonCodeExamples/ErrorMitigatedQA-Ising.py documentDigital TXT PythonCodeExamples/ErrorMitigatedQA-QUBO.py documentDigital TXT readme.pdf documentDigital PDF .semo documentDigital HTML Windows Python 3.10/SEMO.pyd documentDigital HTML Windows Python 3.11/SEMO.pyd documentDigital HTML Windows Python 3.12/SEMO.pyd documentDigital HTML Windows Python 3.13/SEMO.pyd documentDigital HTML