Charter
The Quantum Science Charter is listed below:
| # | Charter |
|---|---|
| 1 | Explore tools, techniques and procedures (TTPs) for potential applications for accelerating QS&E and advancement |
| 2 | Develop the Quantum Ontology |
| 3 | Recruit quantum subject matter experts (SMEs) for development of parts of the ontology that are pending development |
| 4 | Provide Quantum science organization, (QSO) Portal to members |
| 5 | Facility to allow users to ingest data and information, and use natural language processing (AI), to generate Ontology-based Knowledge Graphs |
| 6 | Provide highly secure, global access, and high availability for a QSO portal that is easy to use. |
| 7 | Solicit wide participation and enough resources to complete a high-quality Quantum Ontology, capable of becoming ubiquitous within the QS&E community, and the global de facto standard (ISO/IEEE) |
| 8 | Provide a Rapid Response Capability via member experts (paid), to do quantum science and engineering tasks, quantum communications, quantum sensing and quantum computing, as needed by stakeholders |
| 9 | Publish papers and a book to transfer knowledge about quantum science and engineering, and QSO, and its initiatives that promote adoption and new members and sponsors |
| 10 | Participation in major events where quantum is relevant, such IEEE, SPIE and the Quantum Economic Development Consortium (QED-C) |
| 11 | Facilitate sharing information, like research results, and prototype and products specifications, metrics, intellectual property rights and other relevant information. |
| 12 | Collaborate and partner with industry, government and academia |
| 13 | Provide opportunities in Quantum career tracks |
| 14 | Catalog and advance quantum use cases that have high-value potential, with priority for member stakeholders (funding institutions and beneficiaries) and provide the tools and access for doing Quantum Technology Assessments via the QSO Portal. |
| 15 | Provide a Quantum Technology Pipeline and tools that can be maintained globally and used via the QSO Portal, and other activities with potential for accelerating quantum progress, communication between disciplines and communication with stakeholders. |
| 16 | Provide knowledge: quantum knowledge as Service (QKaaS), via the QSO Portal |
| 17 | Apply AI machine learning and discovery to the ontology-based knowledge graph within the QSO portal; the ontology-based knowledge graph is an ideal source because all data and information is linked by ontology-based terms and relationships. |
| 18 | Provide means to assess progress in AI and apply modern AI machine learning approaches as they mature. |