Quantum Chair Zona Franca Vigo: opportunities for Galician tech companies

Key data

Galician technology companies have a new pathway to quantum computing without needing to develop internal capabilities from scratch. The Consorcio de la Zona Franca de Vigo and the Universidad de Vigo have formalized a collaboration agreement — published in the BOE on 30 March 2026 with reference BOE-A-2026-7268 — to create a chair specialized in quantum optical computing.

The agreement imposes no obligations on companies. Its relevance is strategic: it opens a formal channel between the productive fabric of the Zona Franca and university research in a technology that is beginning to have real industrial applications.

What does this regulation establish?

The agreement creates a university chair with three specific objectives:

• Innovation: Development of applied R&D&I projects in the field of quantum technologies.
• Knowledge transfer: Translation of research results to the Galician productive and business sector.
• Dissemination: Promotion of quantum technologies within the business and industrial environment of the region.

The chair acts as a bridge between the academic world and the productive sector. Its function is not only to conduct research: it is to facilitate companies incorporating quantum solutions into their processes through joint projects and access to specialized talent.

The technical scope is quantum optical computing, a branch that uses properties of light at the quantum scale to develop high-performance computing and communication systems, with potential applications in cryptography, logistics optimization, materials simulation and large-scale data processing.

Economic and operational impact

This regulation does not generate direct costs or compliance obligations for companies. Its impact is strategic and opportunity-driven in nature:

• Preferential access to research: Companies in the Zona Franca de Vigo environment could benefit from preferential access to cutting-edge research in quantum technologies, reducing the cost and time of their own technology exploration.
• Access to specialized talent: The chair generates a pipeline of researchers and graduates specialized in quantum computing, a profile that is scarce in today's labor market.
• Applied R&D&I projects: Companies can participate in applied research projects, which can generate tax deductions for R&D&I activities and access to associated public funding.
• Early competitive advantage: Companies that position themselves now in quantum technologies will have an advantage over competitors when these technologies reach commercial maturity.

The opportunity cost of inaction is difficult to quantify today, but companies that ignore this type of initiative in early stages tend to arrive late when the technology becomes widespread.

Who is affected?

The initiative is primarily relevant for:

• Technology companies located in the Zona Franca de Vigo environment or operating in Galicia that are exploring emerging technologies.
• Industrial companies within the Galician productive fabric interested in process optimization, quantum cybersecurity or advanced simulation.
• Researchers and R&D groups from the Universidad de Vigo and associated technology centers.
• Entities in the Zona Franca de Vigo environment seeking technological differentiation or access to funded innovation projects.
• Startups and technology spin-offs in development phases that can leverage the chair's infrastructure and knowledge.

Practical example

A cybersecurity company headquartered at the Parque Tecnológico de Vigo wants to explore whether quantum cryptography can strengthen its current solutions, but lacks the internal capacity to research in this field.

Thanks to the quantum optical computing chair, this company can:

1. Contact the Universidad de Vigo through the formal channel established by the chair to propose a joint R&D&I project.
2. Gain preferential access to researchers specialized in quantum technologies without needing to hire them directly.
3. Develop an applied project that, if it meets the requirements of the Ley del Impuesto sobre Sociedades, can generate tax deductions for R&D&I activities.
4. Position itself as a pioneer in quantum cryptography in the Galician market before the technology becomes widespread.

This scenario requires no mandatory initial investment: the first step is simply to identify whether the company has a problem or process that quantum technologies could improve and to contact the chair to explore collaboration.

What should companies do now?

1. Assess whether the company has processes susceptible to quantum improvement: Logistics optimization, cybersecurity, materials simulation, massive data processing. If the answer is yes, this chair is relevant.
2. Identify the contact channel with the chair: Through the Consorcio de la Zona Franca de Vigo or directly with the Universidad de Vigo to learn about the conditions for business collaboration.
3. Explore available funding for quantum R&D&I projects: Projects developed with the chair may be eligible for R&D&I tax deductions or for regional, national or European public funding calls (Horizonte Europa).
4. Designate an internal point of contact: Appoint an innovation or technology officer to monitor the chair's activities and evaluate specific collaboration opportunities.
5. Monitor project calls: The chair will generate applied R&D&I projects. Being on the radar from the outset allows access to the first calls with an advantage.

Official source

Disclaimer: This article is for informational purposes only and does not constitute legal advice. For specific decisions, please consult a qualified professional. Source: https://www.boe.es/diario_boe/txt.php?id=BOE-A-2026-7268