The leading chile quantum computing companies and institutions in 2026 form a research-led ecosystem, organised around strong quantum-optics research groups, a national supercomputing centre, and a new national quantum strategy. Chile’s quantum work is led today by its universities and research groups, with GoQuantum as its principal commercial player, so the country combines genuine depth in the science of light with a government that has begun to plan for quantum technology seriously. Ten organisations define the chile quantum computing companies landscape in this guide: GoQuantum, MIRO, CEFOP, the Pontificia Universidad Catolica de Chile, USACH, CQOQI, the University of Chile, NLHPC, the National Quantum Technologies Strategy, and QIN Technology.
Why Chile’s quantum ecosystem is research-led
Chile’s quantum landscape is research-led, and it is important to be clear about that. The country does not yet have a broad field of venture-funded quantum-hardware or quantum-software startups. The chile quantum computing companies landscape is built mostly from university research groups, a national optics institute, a national supercomputing centre, and a new government strategy, with GoQuantum standing as its principal commercial venture.
What Chile does have is real academic strength, particularly in quantum optics. The country has several respected research groups working on the science of light at the quantum level, drawn together through a national optics institute, and Chilean physicists have built an international reputation in this area. Chile has also launched a national quantum-technologies strategy and runs a national supercomputing centre. The chile quantum computing companies landscape is therefore a developing, research-led ecosystem with genuine depth in quantum optics and a clear national plan, led by universities and research groups with GoQuantum as its main commercial player.
Chile’s national quantum strategy
A significant development for the chile quantum computing companies ecosystem is the country’s National Quantum Technologies Strategy, a government roadmap led by the Ministry of Science and launched in late 2025. The strategy sets out a ten-year plan for 2025 to 2035, covering quantum computing, quantum sensing, secure communications, and the simulation of materials, and it followed the work of a ministerial advisory commission that delivered public-policy recommendations.
A national strategy matters for an emerging quantum ecosystem because it signals sustained government commitment and gives the research community a clear direction to work toward. It also creates the conditions in which companies might form, by funding research, building skills, and setting national priorities. Chile is among the first countries in Latin America to set out a national quantum strategy of this kind, which reflects the seriousness of its intent. For the chile quantum computing companies, the strategy is a framework for the next decade, turning a research-led ecosystem into something the government plans to grow deliberately.
The top chile quantum computing organisations
Ten organisations define the chile quantum computing companies landscape covered in this guide. Because the ecosystem is research-led, most are universities, research institutes, and national bodies. GoQuantum is the country’s principal commercial quantum venture, and QIN Technology is its corporate parent. MIRO and CEFOP are the optics research institutes, and the University of Chile, the Pontificia Universidad Catolica de Chile, USACH, and CQOQI at Universidad Mayor are the main university research bases. NLHPC is the national supercomputer, and the National Quantum Technologies Strategy is the government roadmap. The MIRO optics institute connects the country’s quantum-optics groups across the chile quantum computing companies.
The profiles below cover the leading organisations in the ecosystem in more depth. They range from the country’s principal commercial quantum venture to the research institutes, universities, and national bodies that make up the rest of the landscape.
What the landscape reveals
The first pattern is that Chile’s quantum strength is in optics. MIRO, CEFOP, and the quantum-optics groups at several universities give the country real depth in the science of light, which is one of the foundations of quantum technology. The Chile quantum companies landscape is, more than anything, built on quantum-optics research.
The national strategy is a turning point
The second pattern is the importance of the new national strategy. By launching a ten-year quantum roadmap, Chile has signalled that it intends to build quantum capability deliberately, and it is one of the earliest countries in Latin America to do so. The Chile quantum companies landscape now has a clear national framework to develop within.
The commercial layer is thin but active
The third pattern is that Chile’s commercial quantum layer is small but real. GoQuantum, a post-quantum cryptography venture that grew out of QIN Technology, shows that a Chilean quantum company can form from a research project, and it remains the country’s principal commercial player. The Chile quantum companies landscape still rests mainly on research, and broadening that commercial base is part of what the national strategy is meant to encourage.
The research base behind Chilean quantum
Chile’s quantum research rests on a set of universities and research institutes, with quantum optics as the common thread. MIRO, the Millennium Institute for Research in Optics, is a national institute that spans several universities and draws the country’s optics researchers together, and CEFOP, the Center for Optics and Photonics in Concepcion, adds a dedicated optics-and-photonics research centre.
On the university side, the Pontificia Universidad Catolica de Chile has a long tradition in the theory of quantum optics, USACH has an active quantum group and international quantum-computing links, and Universidad Mayor hosts a centre for quantum optics and quantum information. The University of Chile, the country’s largest, carries out physics research and hosts the national supercomputing centre. Together these institutions give the Chile quantum companies a research base with genuine depth in quantum optics and quantum information, supported by national computing infrastructure.
The Santiago and Concepcion map
The Chile quantum companies landscape is concentrated in two cities. Santiago, the capital, is the main centre. It hosts the University of Chile and the National Laboratory for High Performance Computing it operates, the Pontificia Universidad Catolica de Chile, USACH, and Universidad Mayor with its quantum centre, along with QIN Technology and its spin-out GoQuantum, the country’s principal commercial quantum venture. The national quantum strategy is run from the capital by the Ministry of Science. Santiago concentrates most of the country’s quantum research and computing, and it is also home to the country’s main commercial quantum venture.
Concepcion, in the south of the country, is the second centre. It hosts the University of Concepcion, the base of the CEFOP optics-and-photonics centre and a leading node of the MIRO national optics institute. Concepcion gives Chilean quantum optics a strong southern base, away from the capital. Between Santiago’s broad research and commercial activity and Concepcion’s optics strength, the Chile quantum companies have a two-city quantum landscape, connected through the national MIRO institute.
When Chile matters for your quantum strategy
Quantum optics research
If your priority is research collaboration in quantum optics, Chile is genuinely relevant. The MIRO national institute and the CEFOP centre, together with the quantum-optics groups at the Pontificia Universidad Catolica de Chile, USACH, and Universidad Mayor, give the country real depth in the science of light. Organisations seeking research partners in quantum optics and quantum information in Latin America should consider the Chile quantum companies.
Post-quantum cryptography
For quantum-safe security, Chile has one commercial player to watch. GoQuantum, the Chilean venture that works on post-quantum cryptography and quantum random number generators, remains the country’s principal commercial quantum company, though it is a small venture rather than a large vendor. Alongside it, Chile offers research expertise in the underlying quantum optics, so the country pairs a single commercial player with academic partners for organisations preparing for the post-quantum transition.
National strategy and research access
For organisations watching where Latin American quantum capability is heading, Chile’s National Quantum Technologies Strategy makes the country worth following. The ten-year roadmap, the national supercomputing centre, and the established research base give Chile a clear plan and real foundations. Organisations seeking research partnerships or a window into Latin American quantum development should consider the Chile quantum companies.
Frequently asked questions
Who are the leading Chile quantum companies in 2026?
Chile’s quantum landscape is research-led rather than company-led, guided by its universities and research groups, with GoQuantum as its principal commercial player. GoQuantum, a Santiago firm founded in 2018 as a spin-out of QIN Technology, works on post-quantum cryptography and quantum random number generators. The rest of the ecosystem is academic and governmental. MIRO, the Millennium Institute for Research in Optics, and CEFOP, the Center for Optics and Photonics, are the main research institutes. The University of Chile, the Pontificia Universidad Catolica de Chile, USACH, and Universidad Mayor are the leading university research bases. NLHPC is the national supercomputing centre, and the National Quantum Technologies Strategy is the government roadmap. QIN Technology is GoQuantum’s corporate parent. Together these ten organisations define the Chile quantum companies landscape, a research-led ecosystem strong in quantum optics.
Does Chile have a national quantum strategy?
Yes. Chile launched a National Quantum Technologies Strategy in late 2025, a government roadmap led by the Ministry of Science. The strategy sets out a ten-year plan for 2025 to 2035, covering quantum computing, quantum sensing, secure communications, and the simulation of materials, and it followed the work of a ministerial advisory commission that delivered public-policy recommendations. A national strategy matters for an emerging quantum ecosystem because it signals sustained government commitment, funds research, builds skills, and sets national priorities. Chile is among the first countries in Latin America to set out a quantum strategy of this kind. For the Chile quantum companies, the strategy is a framework for the next decade, a sign that the government intends to build the country’s quantum capability deliberately.
Does Chile have a quantum computer?
Chile does not host its own quantum computer, and the Chile quantum companies landscape is not built around quantum hardware. The country’s strength is in quantum-optics research, in post-quantum cryptography, and in a new national strategy. Chilean researchers access quantum computers through international collaborations and cloud services, and researchers at the University of Santiago de Chile have signed a research agreement with the German quantum-computing company Kipu Quantum. The National Laboratory for High Performance Computing operates Chile’s national supercomputer, a classical machine that supports quantum research by running quantum-algorithm simulations and the classical part of hybrid quantum-classical workloads. For Chile, the priority has been building research expertise and a national strategy rather than hosting quantum hardware.
What is GoQuantum?
GoQuantum is a Santiago-based company, founded in 2018 as a spin-out of the Chilean technology firm QIN Technology, and it is the country’s principal commercial quantum venture. GoQuantum works on post-quantum cryptography and builds quantum random number generators, devices that use quantum physics to produce truly unpredictable random numbers, along with encryption hardware for telecommunications and connected devices. Good randomness is essential for strong encryption, and post-quantum cryptography is the new generation of encryption designed to resist attack by future quantum computers. The company has partnered with the University of Waterloo and holds a patent on its technology, and it closed its Berlin office in 2023 while continuing to operate from Chile.
Why is Chile strong in quantum optics?
Chile is strong in quantum optics because the country has built up several respected research groups in the science of light over many years, and it has drawn them together through a national institute. MIRO, the Millennium Institute for Research in Optics, spans several universities and connects the country’s optics researchers, and CEFOP, the Center for Optics and Photonics in Concepcion, is a dedicated optics-and-photonics research centre.
The Pontificia Universidad Catolica de Chile has a long tradition in the theory of quantum optics. Quantum optics is one of the foundations of quantum technology, because light is used to carry and process quantum information. This concentration of quantum-optics research is the strongest and most internationally visible part of the Chile quantum companies ecosystem.
Where is quantum technology developed in Chile?
The Chile quantum companies landscape is concentrated in two cities. Santiago, the capital, is the main centre, hosting the University of Chile and the National Laboratory for High Performance Computing it operates, the Pontificia Universidad Catolica de Chile, USACH, and Universidad Mayor with its quantum centre, along with QIN Technology and its spin-out GoQuantum, the country’s principal commercial quantum venture. The national quantum strategy is run from the capital by the Ministry of Science. Concepcion, in the south, is the second centre, hosting the University of Concepcion, the base of the CEFOP optics-and-photonics centre and a leading node of the MIRO national optics institute. Between Santiago’s broad activity and Concepcion’s optics strength, Chile has a two-city quantum landscape connected through MIRO.
Does Chile have commercial quantum companies?
Chile has one principal commercial quantum company, GoQuantum, though its ecosystem is led mainly by research. GoQuantum, a Santiago firm founded in 2018 that works on post-quantum cryptography and quantum random number generators, is a spin-out of QIN Technology and remains the country’s main commercial quantum venture. Its corporate parent, QIN Technology, is an information-technology and telecommunications engineering company rather than a quantum firm. Beyond that single venture, the Chile quantum companies landscape is academic, built from university research groups, the MIRO and CEFOP optics institutes, the national supercomputing centre, and the government’s national strategy. Chile does not yet have a broad field of quantum-hardware or quantum-software startups, but the launch of the national quantum strategy is intended to create the conditions in which more quantum companies can form over the coming decade.
How does Chile compare with other quantum nations?
Chile is an emerging, research-led quantum nation rather than an established quantum power. It does not have the venture-funded company ecosystems of countries such as the Netherlands, Finland, or Germany, and it does not host a quantum computer. But Chile has real strengths, with genuine academic depth in quantum optics through MIRO, CEFOP, and the university research groups, a national supercomputing centre, a principal commercial quantum venture in GoQuantum, and a new ten-year National Quantum Technologies Strategy that puts it among the earliest planners in Latin America. The Chile quantum companies landscape competes through research strength in quantum optics and through a clear national plan. As the strategy takes effect over the coming decade, Chile’s position among quantum nations should strengthen.
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