The United Nations’ designation of 2025 as the International Year of Quantum Science and Technology has pushed “quantum” out of specialist journals and into national strategies, funding calls, and public agendas — and in Latin America that shift is already visible in concrete policy moves, university alliances, and targeted investments that aim to turn a global scientific moment into regional capacity and economic opportunity.
Background / Overview
The U.N. General Assembly officially proclaimed 2025 the International Year of Quantum Science and Technology (IYQ) on 7 June 2024, naming UNESCO the lead agency charged with coordinating a year of global outreach, capacity building, and policy engagement around quantum science and its applications. The initiative is framed not as a celebration of arcane theory but as a coordinated push to make quantum technologies — from sensors and communications to computing and materials design — more widely understood and more equitably distributed. UNESCO and partner scientific bodies are explicit about the goals: increase public literacy around quantum science, map global quantum capacities, foster equitable access (with special attention to the Global South), and support gender parity and inclusive training programs. The opening events in Paris and follow‑on launches in Geneva and other hubs stressed the need to avoid a widening “quantum divide” in which nations without infrastructure or coordinated policy fall further behind.
Why 2025 matters: from centenary to policy inflection point
2025 marks roughly 100 years since the watershed developments in quantum mechanics that set the stage for the technologies we now call quantum. But more important for policy is the timing: quantum hardware and software have matured to the point that national laboratories, industry, and cloud providers are all betting on near‑term applications — and that has changed the policy calculus.
- Governments now see quantum as part of industrial policy, national security, and technological sovereignty.
- Industry and scientific societies advocate workforce development, open access to quantum resources, and standards for cryptography and communications.
- International organizations are centering equity: ensuring that the Global South and under‑resourced research systems can participate rather than be left behind.
These converging dynamics make IYQ 2025 less a year of celebration and more a public-facing accelerator: nations and institutions are using the global spotlight to formalize strategies, launch calls, and announce partnerships that — if sustained — could reconfigure research and industrial capacity regionally.
What “quantum” really changes: practical applications and policy implications
Quantum science is commonly framed in abstract terms (superposition, entanglement), but the IYQ emphasizes practical pathways where quantum technologies can have near‑term impact:
- Quantum sensors and metrology: ultrahigh‑precision detectors for environmental monitoring, geophysics, water resources, and infrastructure health.
- Quantum communications: quantum key distribution (QKD) and other quantum cryptography tools that can secure sensitive links and critical infrastructure.
- Quantum computing and simulation: potential accelerations in drug discovery, materials design, optimization of complex logistics, and climate modeling.
- Quantum‑enabled measurements that improve GNSS, timing, and remote sensing capabilities — with direct relevance to energy grids, agriculture, and disaster response.
Two important policy consequences follow. First, quantum technologies will interact with existing socioeconomic priorities (health, food security, water management), offering high‑value use cases for public investment. Second, quantum is a dual‑use field: it presents both protective capabilities (secure communications) and disruptive risks (future threats to widely used public‑key cryptography), which means governments must balance R&D, standards, and cryptographic transition planning now.
The “quantum divide” and UNESCO’s agenda for inclusion
UNESCO’s IYQ materials and partner briefings repeatedly warn of a potential “quantum divide” between high‑investment regions (North America, Europe, China) and less‑resourced regions. The remedy proposed by UNESCO and allied societies focuses on:
- Capacity mapping and diagnostics to identify gaps in labs, instrumentation, and human capital.
- Remote access and cloud‑based quantum resources for regions lacking local hardware.
- Scholarships, summer schools, and regional hubs to build workforce pipelines.
- Gender‑equity initiatives and targeted programs to bring more women into quantum STEM fields.
That framing is important: it recasts quantum not solely as a high‑tech competition but as a development and equity challenge that requires long‑term, multilateral investment.
Latin America: opportunity, talent, and structural gaps
Latin America enters the IYQ with three complementary realities: strong human capital in physics and engineering at many universities, growing interest and activity in quantum topics, and comparatively limited national infrastructure compared with the world’s leading quantum hubs.
A sober assessment is necessary. The region has capable academic groups and targeted partnerships, but few industrial ecosystems for quantum hardware manufacturing, limited national funding envelopes for large‑scale quantum infrastructure, and an uneven distribution of training capacity. That creates both a risk (falling behind on core infrastructure) and an opportunity (targeted investments can unlock large returns by applying quantum to local problems). UNESCO and other stakeholders have repeatedly pointed to this mixed picture in IYQ design documents and event reports.
Colombia as a test case: national chapters, funding, and a planned quantum computer
Colombia’s Ministry of Science, Technology, and Innovation (MinCiencias) has used IYQ 2025 as a focal point for national action — launching a “Year of Quantum Sciences, Colombia chapter,” creating an expert working group, and announcing targeted funding calls under the “ColombIA Inteligente 2025” program. These measures are concrete, measurable steps that map directly onto UNESCO’s capacity objectives. Key verified facts about Colombia’s 2025 quantum push:
- MinCiencias launched the ColombIA Inteligente 2025 call, providing a dedicated program that pairs artificial intelligence and quantum sciences with regional development objectives. The program announced an allocation intended to finance projects of up to COP 1,500 million (~USD‑equivalent depends on exchange rates at the time of award) per project and an overall program envelope cited in MinCiencias communications.
- MinCiencias publicly announced an investment package and a national roadmap for quantum and AI, with specific initiatives to strengthen labs, create epicenters of knowledge, and open diplomatic scientific channels with partners across Latin America and beyond. The Ministry described the establishment of a national expert group to orient quantum lines of research.
- The Ministry and Universidad del Valle announced they were “in process” of designing a project to produce Colombia’s first quantum computer, framed as an opportunity to consolidate regional labs and build practical capacity. That statement is a policy announcement and programmatic intention — it is not documentation of a completed device; no public technical specifications or operational milestones for a finished Colombian quantum computer are available at the time of the announcement. This distinction matters: an announced project mobilizes policy and funding momentum, but it must be treated as a work in progress until hardware delivery, independent testing, or peer‑reviewed publications confirm engineering status.
These verified items show a national strategy in early execution: public calls, an expert working group, and inter‑institutional ambitions. The crucial follow‑through will be sustained funding cycles, procurement transparency, partnerships for infrastructure, and demonstrable capacity building at universities and technical centers.
Regional snapshot: Brazil, Mexico, Argentina (and the broader Latin American landscape)
The IYQ has stimulated a cascade of programs and events across Latin America. The pattern varies by country: Brazil shows strong industrial and institutional mobilization; Mexico exhibits university‑led initiatives and regional research networks; Argentina shows growing institutional coordination through national research ministries and CONICET‑backed events.
- Brazil: multiple country‑level events, national research centers, and industry‑university collaborations (for example, QuIIN and QuIW events, CIMATEC, and bilateral training programs with international partners) illustrate a rapidly expanding ecosystem of workshops, training, and competence centers targeted at technological and industrial applications. These activities suggest Brazil is actively building an applied quantum agenda that includes skills development and pilot projects.
- Mexico: academic centers and national laboratories (CICESE, UNAM, IPN and university networks) are running courses, workshops, and research programs in quantum computing and photonics. While the public record shows strong academic interest and regionally scaled training, Mexico’s efforts appear more fragmented across universities and research institutes rather than consolidated under a single national “quantum strategy” brand in the public domain as of early 2025. That said, the presence of research courses, student networks, and regional workshops demonstrates a grassroots capacity that can be harnessed into a national program if policy coordination follows.
- Argentina: institutions such as the Ministry of Science, Technology and Innovation (MINCyT), national research councils, and university centers are increasingly running seminars, courses, and colloquia that place quantum topics into national research agendas. Argentina’s scientific ecosystem has long strengths in physics and astronomy, and these are being translated into targeted quantum events and pilot projects. However, like Mexico, Argentina’s national coordination on quantum technologies appears to be building organically through existing research bodies and programmatic calls.
These three country snapshots illustrate a broader regional truth: Latin America’s quantum capacity is growing, but it is heterogeneous. Some countries have clearer centralized strategies and stronger industrial linkages; others rely on academic networks and targeted bilateral partnerships.
What governments and institutions should prioritize now
To convert the IYQ spotlight into durable capabilities, policymakers and institutions should sequence their actions pragmatically:
- Build sustainable funding pipelines: repeated one‑off calls are helpful for momentum, but long‑term capacity demands multi‑year funding commitments tied to measurable milestones.
- Invest in human capital at scale: scholarships, postdoctoral funding, and regional training hubs reduce brain drain and expand a critical mass of practitioners.
- Prioritize open access and remote resources: cloud‑based quantum simulators and remote hardware access can expand participation while local hardware capabilities mature.
- Coordinate cryptographic transition planning: agencies should inventory sensitive data and begin adopting quantum‑resistant algorithms where appropriate; early planning reduces future vulnerability spikes.
- Cultivate industry‑university partnerships: aligning industrial problems (agriculture, water, energy) with quantum research ensures practical relevance and adoption pathways.
These actions align with UNESCO’s IYQ recommendations and with the public advice being given by science societies and industrial consortia internationally.
Strengths, limits, and risks of the current Latin American approach
Strengths
- Strong academic talent in physics, optics, and engineering provides an excellent seedbed for quantum research.
- Regional collaboration possibilities (CELAC, academic networks) can pool scarce resources across borders.
- Targeted national calls (e.g., Colombia’s ColombIA Inteligente) match quantum R&D with local development priorities, increasing the chance of applied impact.
Limits and risks
- Infrastructure gap: specialized quantum hardware, cryogenic facilities, and fabrication capabilities remain concentrated in global hubs.
- Funding volatility: short political cycles can make long‑term investments precarious unless built into multi‑year science budgets.
- Skills mismatch: expanding lab capacity must be matched with curriculum updates and industrial internships to create a functioning innovation ecosystem.
- Security and governance risks: insufficient attention to post‑quantum cryptography and data governance could create vulnerabilities during the technology transition. UNESCO and partner organizations explicitly warn that equity and governance must accompany capacity building to avoid adverse outcomes.
How the Colombia announcements fit a larger global pattern
Colombia’s 2025 announcements — expert working groups, a targeted call with allocated funding, and an announced collaboration to develop local quantum hardware — mirror a pattern seen worldwide during IYQ: governments leveraging the year to announce programs that align domestic priorities with global competence networks. This is a sensible play: use the international momentum to secure funding, build diplomatic contacts, and put institutional roadmaps in place.
But declarations are the start, not the finish. The real test is execution: transparent procurement and milestone reporting for infrastructure projects, measurable outcomes from capacity building (trained researchers, published papers, demonstrators), and durable institutional partnerships that outlast immediate political cycles.
Technical claims and verification — what is confirmed and what remains a plan
- Confirmed: The U.N. proclamation of IYQ 2025 (UNGA, 7 June 2024) and UNESCO’s role as lead agency are official and documented. IYQ programmatic aims and event launches in Paris and Geneva were publicly held.
- Confirmed: Colombia’s MinCiencias has publicly announced the ColombIA Inteligente 2025 call (with stated funding bands and thematic axes including quantum information processing, secure communications, sensing/metrology, and energy/mineral applications), and MinCiencias has formed a working group and announced partnerships and project intentions with Universidad del Valle. These are documented in MinCiencias press releases and in the presidential office communications. The amounts and program rules quoted in those releases are ministry declarations and should be treated as official policy statements.
- Verified but not yet realized: the project to build a “first Colombian quantum computer” has been announced as a programmatic intent involving MinCiencias and Universidad del Valle. Public documents describe the project as “in process” and emphasize capability‑building rather than an operational machine with published benchmarks. No independent, third‑party technical verification of a completed Colombian quantum computer is publicly available at the time of writing; therefore this remains a planned initiative rather than a verified technical deliverable. This should be treated with appropriate caution until hardware milestones are published and peer‑reviewed or independently tested.
Practical recommendations for Latin American stakeholders
- Governments: Adopt multi‑year funding commitments for quantum R&D, with conditional milestones and public reporting to ensure continuity and transparency.
- Universities and research centers: Prioritize modular training programs and remote lab access that can scale quickly; partner with cloud providers and multinational labs to secure remote hardware time.
- Industry: Identify domain‑specific use cases (agriculture sensing, logistics optimization, smart grids) and fund joint proof‑of‑concept projects that demonstrate near‑term value.
- Regional blocs and donors: Fund networked regional hubs that aggregate expertise and equipment, reducing duplication and maximizing resource leverage.
- Civil society and academia: Monitor inclusion metrics (gender, regional representation) to ensure the IYQ’s equity goals translate into measurable outcomes.
Conclusion: IYQ 2025 is an inflection point — follow the money and the milestones
The International Year of Quantum Science and Technology has given Latin America a public calendar and an institutional mandate to convert quantum curiosity into policy, funding, and technical capacity. Colombia’s 2025 programmatic moves — expert working groups, targeted funding through ColombIA Inteligente, and a proposed local quantum computer project — are emblematic of a region trying to translate global momentum into national development priorities. These steps are promising but must be followed by transparent milestones, educational scale‑up, and international partnerships that prioritize capacity building beyond a single year.
If Latin American governments and institutions convert IYQ’s spotlight into sustained investments and regional cooperation, quantum technologies can become tools for solving locally salient problems — from water management and crop monitoring to healthcare and secure communications. If, instead, IYQ remains a year of announcements without follow‑through, the risk is that quantum becomes another expensive emblem of modernity that deepens the technological gaps the initiative sought to close.
The challenge is now operational: move from proclamations and launch events to reproducible engineering milestones, measurable workforce growth, and open partnerships that put quantum science to work for regional priorities.
(Verified references and program citations cited in the text are drawn from UNESCO’s IYQ pages and event coverage, the IYQ coordination portal, the American Physical Society, and Colombia’s Ministry of Science official communications and presidential office announcements; technical project claims are marked where they remain announced intentions rather than completed deliverables.
Source: ColombiaOne.com
Quantum Year 2025: What the Global Push Means for Latin America