Open call · A unique, high-impact vehicle to accelerate the goals of the International Decade of Sciences for Sustainable Development (IDSSD).
As the international community navigates the critical implementation phase of the International Decade of Sciences for Sustainable Development (IDSSD) 2024–2033, a stark reality remains: only a fraction of the Sustainable Development Goal (SDG) targets are on track. Bridging this gap requires more than just generating scientific data; it demands the orchestration of actionable knowledge, the democratization of emerging technologies, and the rebuilding of trust between science and society.
The Sciences for Sustainable Development (S4SD) Portal, proposed by the Green Transformation and Sustainability Network (GXS) and the Quantum Nexus Initiative (QNI), is envisioned as a dynamic, multi-stakeholder digital ecosystem. Moving beyond a traditional information repository, the S4SD Portal will serve as a collaborative catalyst—connecting researchers, policymakers, and communities to translate scientific breakthroughs, particularly in Artificial Intelligence (AI) and Quantum Science, into equitable, real-world solutions for the SDGs.
Why we need S4SD Portal
However, three critical gaps currently hinder the Decade’s impact
The S4SD Portal is designed to directly address these gaps. By leveraging the complementary mandates of GXS (sustainability and green transformation) and QNI (quantum and emerging tech equity), the Portal will provide a unified, accessible, and ethically grounded platform to accelerate science for sustainable development.
The
Translation
Gap
A lack of mechanisms to convert complex scientific outputs into actionable, policy-ready knowledge.
The
Technology
Divide
The rapid advancement of AI and quantum technologies risks exacerbating global inequalities if not governed as inclusive common goods.
The
Coordination
Gap
Fragmented efforts and a lack of centralized matchmaking among the hundreds of initiatives mobilized under the IDSSD.
The Four Pillars
Vision: A world where science, AI, and quantum technologies function as inclusive, ethical common goods that accelerate human development, protect the planet, and achieve the SDGs for all.
Mission: To orchestrate, connect, and translate IDSSD initiatives into actionable knowledge through an open, multi-stakeholder digital ecosystem that fosters equitable participation, science diplomacy, and capacity-building.
To ensure the Portal is highly navigable and mission-aligned, its content is structured around four strategic pillars:
Focuses on the "last mile" of science. Curates decision-support tools, policy briefs, and demonstration projects. Features methodologies for integrating Indigenous and local knowledge with formal sciences to ensure context-specific, actionable solutions.
Dedicated to closing the "science divide." Hosts Open Science toolkits, AI and quantum literacy frameworks, and targeted resources for underrepresented groups, ensuring the Global South and marginalized communities are active creators, not just consumers, of science.
Showcases models of cross-border and cross-sector cooperation (e.g., city-led science diplomacy, mega-science facilities like SESAME). Acts as a matchmaking hub for co-creation labs, connecting citizens, journalists, and policymakers in the early stages of research design.
Positions AI and quantum science as common goods. Houses UNESCO-aligned ethical AI guidelines, Readiness Assessment Methodologies (RAM), and outputs from the Global Quantum Initiative (GQI). Crucially, it includes frameworks for the environmental sustainability of AI/Quantum (Green AI) and ethical governance.
The transition to a sustainable, equitable future requires unprecedented scientific collaboration. The S4SD Portal offers a unique, high-impact vehicle to accelerate the goals of the IDSSD.
Let's talk about S4SD Portal's Unique Value Proposition and Alignment with Global Frameworks
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No preparation needed. These are the kinds of things we'd talk about in a first conversation.
How we'd work together
To ensure legitimacy, trust, and global ownership, the S4SD Portal will eschew top-down management in favor of a distributed, multi-stakeholder governance model
Comprising representatives from GXS/QNI, UN agencies (UNESCO, UNEP), academia, civil society, and the private sector. Crucially, this body will include reserved seats for representatives from the Global South and early-career/youth scientists.
A decentralized secretariat model utilizing global hubs to ensure regional responsiveness and operational resilience.
A multidisciplinary panel ensuring scientific integrity, ethical compliance (particularly in AI/Quantum), and relevance.
A dynamic, bottom-up submission and peer-review mechanism allowing global practitioners to upload case studies, toolkits, and resources, keeping the Portal a living knowledge commons.
Tell us how you work and where AI lets you down.
Help turn a piece of your research into a task with real checks.
Join the analysis and the writing of the paper.
As the initiative is currently in the Concept Development Phase, GXS and QNI are seeking strategic partnerships, technical collaborations, and institutional endorsements to advance the Portal to launch.
Finalize the conceptual framework, secure institutional endorsements (e.g., UNESCO, UNEP), and establish the interim Steering Committee.
Develop the digital infrastructure, populate the Four Pillars with seed content and case studies, and launch a beta version for a closed community of early adopters.
Officially launch the S4SD Portal, integrate it into the official IDSSD ecosystem of initiatives, and initiate the first global "Co-Creation Labs."
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Get involved
By partnering in this critical concept phase, stakeholders will have the opportunity to co-design the architecture, governance, and strategic priorities of a platform destined to become a cornerstone of global science for sustainable development.
Prefer plain email? Write to sonncdx@gmail.com.
The agent sees public runs of the real software and writes a program that reproduces it. That program is then run on hidden settings of these parameters and must match the software's outputs, field by field.
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