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A technical specification describing how to build and instantiate key encapsulation mechanisms whose access policies stay hidden, with key privacy resting on two hybridised assumptions: classical Computational Diffie-Hellman and post-quantum Learning With Errors. Because both underlying problems would have to be solved to expose an encapsulated key, the design aims to stay secure if either the classical or the post-quantum component fails.

Summary written by a portal editor from the public document; it is not AI-generated. The original document is authoritative.

Licence: Publisher copyright, no reuse licence. PDF p.2 (Copyright Notification): No part may be reproduced or utilized in any form or by any means ... except as authorized by written permission of ETSI. (c) ETSI 2025. All rights reserved.

Two-page Commission factsheet accompanying the July 2025 Quantum Europe Strategy. It states the aim of making Europe a quantum leader by 2030, notes 11 billion invested by the EU and Member States over five years, and outlines the five action areas: research and innovation, infrastructure for computing, communication and sensing, the ecosystem and supply chains, space and dual use, and skills, with examples of planned measures.

Summary written by a portal editor from the public document; it is not AI-generated. The original document is authoritative.

Licence: Creative Commons Attribution 4.0 (CC BY 4.0). PDF p.2: Reuse of this document is allowed, provided appropriate credit is given and any changes are indicated (Creative Commons Attribution 4.0 International license). Linked, not copied: the notice reserves elements not owned by the EU, or ownership of all elements is not stated. The local copy is the unchanged file, redistributed under this licence. Source: European Commission, https://ec.europa.eu/commission/presscorner/api/files/attachment/881430….

The document outlines the development of EuroHPC quantum computers by European companies, aimed at enhancing scientific capabilities and EU competitiveness. It highlights the integration of various quantum technologies into supercomputers, supported by significant funding. The initiative involves collaboration among 17 European countries to establish a public network of advanced quantum computers, which will facilitate solving complex problems and promote sustainable prosperity in Europe.

Key points

• EuroHPC quantum computers enhance EU scientific capabilities.
• 17 countries contribute to the quantum computing initiative.
• 29 quantum technologies integrated into supercomputers.
• 6 million EUR invested in quantum research and innovation.
• Total of 120 qubits available for European users.
• First public network of quantum computers in Europe.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: Creative Commons Attribution 4.0 (CC BY 4.0). PDF p.2: Unless otherwise noted, the reuse of this document is authorised under the Creative Commons Attribution 4.0 International (CC BY 4.0) license Linked, not copied: the notice reserves elements not owned by the EU, or ownership of all elements is not stated. The local copy is the unchanged file, redistributed under this licence. Source: European High Performance Computing Joint Undertaking (EuroHPC JU), https://www.eurohpc-ju.europa.eu/document/download/2037a788-716c-47fd-9….

Version 3.0 of the European Competence Framework for Quantum Technologies, published by the Publications Office of the EU for the Quantum Flagship. It maps the competences relevant to quantum technology and defines proficiency levels, so that education and training providers, employers and learners can plan and compare courses, qualifications and job requirements on a common basis.

Summary written by a portal editor from the public document; it is not AI-generated. The original document is authoritative.

Licence: Creative Commons Attribution 4.0 (CC BY 4.0). PDF p.2: © European Union, 2025; reuse authorised under CC BY 4.0 (Commission Decision 2011/833/EU); the cover photo (stock.adobe.com) is excluded from the licence, so the file is linked, not copied.

The document titled 'Qualification profiles for quantum technologies' is a beta version published in January 2022. It focuses on education and training related to quantum technologies, outlining necessary qualifications for professionals in the field. The publication aims to enhance understanding and skills in quantum technology, contributing to workforce development in this emerging area.

Key points

• Focuses on education and training in quantum technologies.
• Published in January 2022 as a beta version.
• Aims to outline qualification profiles for professionals.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: No reuse licence stated by the publisher. No reuse licence in the PDF or on qt.eu; linked only. Archive copy kept under the owner's decision of 27 October 2026 (the portal succeeds qt.eu); official source linked. An archive copy is kept on the portal owner's decision of 27 October 2026, as the portal succeeds qt.eu; the publisher states no reuse licence. Official source: https://qt.eu/media/pdf/QualificationProfilesQuantumTechnology_Beta_Jan….

The document outlines a certification scheme aimed at establishing proficiency in quantum technology. It is based on the competence framework version 3.0 and is categorized under Education & Training. The scheme is intended to enhance skills and knowledge in the quantum sector, ensuring that individuals meet specific proficiency levels necessary for effective participation in the field.

Key points

• Focuses on certification for quantum technology proficiency.
• Based on competence framework version 3.0.
• Categorized under Education & Training.
• Aims to enhance skills in the quantum sector.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: No reuse licence stated by the publisher. No reuse licence in the PDF or on qt.eu; linked only. Archive copy kept under the owner's decision of 27 October 2026 (the portal succeeds qt.eu); official source linked. An archive copy is kept on the portal owner's decision of 27 October 2026, as the portal succeeds qt.eu; the publisher states no reuse licence. Official source: https://qt.eu/media/pdf/Certification_Scheme_for_QT_Proficiency_2025.pdf.

The document titled 'IP guidelines for quantum technologists' is categorized under Roadmaps & Strategy on the qt.eu website. It was published in March 2024, indicating a focus on intellectual property considerations relevant to the quantum technology sector.

Key points

• Focuses on intellectual property for quantum technology.
• Categorized under Roadmaps & Strategy.
• Published in March 2024.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: No reuse licence stated by the publisher. No reuse licence in the PDF or on qt.eu; linked only. Archive copy kept under the owner's decision of 27 October 2026 (the portal succeeds qt.eu); official source linked. An archive copy is kept on the portal owner's decision of 27 October 2026, as the portal succeeds qt.eu; the publisher states no reuse licence. Official source: https://qt.eu/media/pdf/IP_Guidelines_for_Quantum_Technologists_2024.pdf.

The document provides guidelines aimed at enhancing equity and inclusion in scientific events and meetings. It emphasizes the importance of creating accessible environments for diverse participants. The guidelines are part of a broader strategy to ensure that scientific gatherings are representative and inclusive, fostering a culture of collaboration and respect among attendees.

Key points

• Focus on equity and inclusion in scientific events.
• Guidelines aim to create accessible environments.
• Encourages diverse participation in meetings.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: No reuse licence stated by the publisher. No reuse licence in the PDF or on qt.eu; linked only. Archive copy kept under the owner's decision of 27 October 2026 (the portal succeeds qt.eu); official source linked. An archive copy is kept on the portal owner's decision of 27 October 2026, as the portal succeeds qt.eu; the publisher states no reuse licence. Official source: https://qt.eu/media/pdf/Quantum_Flagship_EDI_guidelines_2024.pdf.

The document outlines the European Commission's policy on quantum technologies, emphasizing the need for a resilient quantum ecosystem in Europe. It highlights the potential of quantum technologies to revolutionize various fields, including computing, communication, and sensing. The document details the Commission's Quantum Strategy, which focuses on enhancing research, developing infrastructures, and fostering a skilled workforce. It also mentions the upcoming EU Quantum Act aimed at boosting research and industrial capacity while ensuring supply chain resilience.

Key points

• The Commission aims to create a sovereign quantum ecosystem in Europe.
• Quantum technologies can perform tasks beyond current supercomputers' capabilities.
• The Quantum Strategy focuses on five key action areas for development.
• The EU Quantum Act is set to be adopted in 2026 to enhance research and innovation.
• Investment in quantum startups and skills development is prioritized.

AI-assisted summary written from the public document. The original document is authoritative.

Licence: Reuse policy of Commission documents (Decision 2011/833/EU). Commission reuse policy (Decision 2011/833/EU): the Commission legal notice (commission.europa.eu/legal-notice_en, read 27 October 2026) licenses EU-owned content under CC BY 4.0 unless otherwise indicated; the digital-strategy page itself answered HTTP 403, so a page-specific notice was not read.