Quantum’s Open Door: Ensuring Equitable Access

Author: Denis Avetisyan

A new review argues that broad and inclusive access to quantum computing is vital for Europe’s future technological leadership.

This paper examines policy frameworks promoting fair access to quantum resources, balancing technology sovereignty with principles of open science and economic competitiveness.

While quantum computing promises revolutionary advancements, equitable access to its resources remains a critical, yet often overlooked, challenge. This paper, ‘Exploring fair access to quantum computing’, examines the emerging landscape of access policies, arguing that current framings-often contractualist and transactional-may inadvertently shape the future development and benefits of this transformative technology. Our analysis reveals that choices made today regarding access will significantly impact Europe’s technological sovereignty, economic competitiveness, and commitment to open science. Can an access regime based on principles of openness and solidarity unlock the full potential of quantum computing for the benefit of all?

The Quantum Imperative: Access as Innovation’s Foundation

Quantum computing holds the potential to revolutionize fields ranging from medicine and materials science to finance and artificial intelligence, promising solutions to problems currently intractable for even the most powerful supercomputers. However, realizing this transformative power hinges not solely on technological advancement, but crucially on ensuring broad and equitable access. Concentrating the benefits of quantum computation within a limited number of institutions or nations risks exacerbating existing societal inequalities, creating a “quantum divide” that could stifle innovation and prevent these technologies from addressing pressing global challenges. If only a privileged few can harness this computational power, the resulting advancements may prioritize narrow interests rather than widespread benefit, hindering scientific progress across all disciplines and limiting the potential for quantum technology to drive positive change on a global scale.

The distribution of resources for quantum computing development currently mirrors patterns observed in other advanced technologies, creating a potential bottleneck for broader innovation. Existing funding models and access to specialized hardware disproportionately favor established research institutions and private companies in developed nations. This concentration risks solidifying a “quantum divide,” where the benefits of this transformative technology accrue to a limited few, rather than being leveraged to address global challenges accessible to all. Consequently, crucial contributions from researchers in underrepresented regions – and the diverse perspectives they offer – may be stifled, ultimately slowing the overall pace of scientific discovery and limiting the practical applications of quantum technologies for societal good.

The transformative potential of quantum technologies – from drug discovery and materials science to climate modeling and financial forecasting – faces a significant constraint: a lack of coordinated, global access. Without a deliberately constructed framework to guide development and distribution, these advancements risk becoming concentrated within a limited number of institutions and nations, effectively curtailing their ability to address pressing worldwide issues. This isn’t simply a matter of cost; it’s a systemic challenge involving infrastructure, expertise, and international collaboration. A fragmented approach threatens to exacerbate existing inequalities, hindering scientific progress and preventing quantum computing from reaching its full capacity to solve complex problems that demand broad, inclusive innovation. Consequently, proactive planning and open-source initiatives are crucial to ensure that the benefits of this emerging technology are shared equitably, unlocking its power to tackle global challenges for all of humanity.

OpenSuperQPlus: A Framework for Controlled Access

The OpenSuperQPlus project represents a significant investment in European quantum computing infrastructure. It focuses on the construction of a large-scale quantum computer utilizing superconducting qubit technology, a leading approach in quantum hardware development. The project aims to create a system exceeding current qubit counts and coherence times, facilitating complex quantum computations. This initiative is intended to position Europe at the forefront of quantum technology, enabling research and development across multiple scientific and industrial disciplines. The project’s scale involves collaboration between research institutions and industrial partners to address the engineering challenges inherent in building and maintaining a functional, large-scale superconducting quantum computer.

The OpenSuperQPlus project is establishing a tiered access policy to govern utilization of its superconducting qubit quantum computer. This policy defines eligibility criteria based on applicant profile – including academic institutions, SMEs, and industrial partners – and proposes varying levels of access ranging from limited testbed availability to dedicated research time. A core component involves peer review of proposals focused on scientific merit, technical feasibility, and alignment with European strategic priorities in areas such as materials science, drug discovery, and finance. The resulting framework aims to balance open scientific inquiry with the need to foster commercial innovation within Europe while ensuring responsible use and maximizing the impact of this advanced computing infrastructure.

The OpenSuperQPlus access policy is structured to bolster European technological independence and market position in quantum computing, extending beyond purely academic research. By strategically granting access to the superconducting qubit-based quantum computer, the initiative aims to foster innovation within European industry and research institutions, thereby reducing reliance on non-European quantum technology providers. This controlled access is intended to cultivate a skilled European quantum workforce and encourage the development of proprietary quantum-based applications and services, ultimately enhancing the continent’s competitiveness in the emerging quantum technology landscape and securing long-term strategic control over critical infrastructure.

Data-Driven Access: Reflecting Community Values

Stakeholder surveys conducted to inform access allocation policies indicate that scientific merit and fair competition are paramount concerns for researchers utilizing quantum resources. Specifically, a majority – 60% of respondents – prioritized research and development in quantum computing itself, or fundamental physics investigations, as their primary intended use case. This data demonstrates a strong community preference for applications directly advancing the field’s foundational knowledge, rather than solely focusing on commercially-driven or applied projects. The survey results are being used to weight access criteria towards proposals demonstrating high scientific value and alignment with open research principles.

The quantum resource allocation policy is structured to move beyond a simple commercial exchange model, acknowledging the unique characteristics of quantum computing access. Stakeholder surveys indicate a strong emphasis on knowledge dissemination; 90% of researchers surveyed identified contributing to the advancement of scientific knowledge as either important or extremely important when considering access priorities. This prioritizes the value of research output and collaborative advancement over purely economic considerations, reflecting a belief that quantum resources should be leveraged for broader scientific benefit and not treated solely as commodities.

The access policy development considered both contractualist and transactional frameworks to establish a balanced approach to quantum resource allocation. A contractualist model emphasizes rights and obligations stemming from a collaborative research environment, while a transactional model acknowledges the economic realities of resource provision. The policy deliberately avoids a zero-sum perspective – where one party’s gain necessitates another’s loss – instead seeking mechanisms that allow for mutual benefit and expanded research opportunities. This involves defining clear expectations for resource utilization, data sharing, and intellectual property, alongside recognizing the value of contributions to the broader scientific community.

Navigating Boundaries: Policy in a Global Context

The OpenSuperQPlus access policy operates within a complex international framework, explicitly recognizing the crucial need to comply with export control regulations and agreements such as the Wassenaar Arrangement. This arrangement, originally designed to prevent the proliferation of conventional arms, now extends to dual-use technologies – those with both civilian and military applications – and thus impacts the accessibility of advanced quantum computing resources. The policy’s acknowledgement of these controls isn’t simply a legal requirement, but a deliberate strategy to foster responsible innovation and international collaboration, ensuring that the benefits of quantum computing are realized while mitigating potential security risks. This proactive approach allows for legitimate research and development to proceed within a defined and transparent regulatory environment, building trust and encouraging wider adoption of the technology.

The OpenSuperQPlus access policy extends beyond simply providing hardware; it prioritizes cultivating a workforce capable of harnessing quantum technologies. Recognizing that widespread adoption hinges on expertise, the initiative actively supports programs designed to enhance quantum literacy across various skill levels. This commitment manifests in dedicated educational resources, training opportunities, and collaborative projects aimed at bridging the gap between technological advancement and practical application. By investing in human capital, the policy aims to ensure that Europe remains at the forefront of the burgeoning quantum revolution, fostering innovation and maximizing the societal benefits of these powerful new tools.

The OpenSuperQPlus access policy isn’t simply a set of rules, but rather a deliberate integration with larger European digital strategy. It is intentionally structured to bolster the EU Digital Principles – focusing on human-centricity, inclusivity, and sustainability – and directly advances the ambitious goals detailed in the EU Quantum Manifesto. This alignment reflects a strong consensus within the research community; an overwhelming 95% of researchers surveyed indicated that prioritizing the development of quantum technologies as public goods within the European Union is either important or extremely important. Consequently, this policy aims to facilitate advancements not solely for commercial gain, but also to ensure broad access and benefit across societal challenges like healthcare, materials discovery, and climate modeling, solidifying Europe’s position at the forefront of responsible quantum innovation.

Beyond Computation: Securing a Shared Future

The sustained advancement of quantum computing hinges critically on robust protections for knowledge security and intellectual property. Within this rapidly evolving field, incentivizing innovation requires assurances that substantial investments in research and development will yield defensible returns; without these safeguards, key players may hesitate to share discoveries or pursue ambitious projects. A secure environment fosters collaboration and competition – driving progress as researchers build upon established foundations while simultaneously striving for novel breakthroughs. This isn’t simply a matter of legal frameworks, but also necessitates proactive measures against intellectual property theft and the development of standardized protocols for verifying the provenance of quantum algorithms and data, ultimately ensuring long-term stability and growth within the entire quantum ecosystem.

OpenSuperQPlus operates on the principle that widespread access to quantum technologies, coupled with careful, ethical development, is paramount to realizing their full potential. This initiative isn’t simply about building powerful computers; it’s about ensuring that the benefits of quantum computing are available to a broad range of researchers and industries, fostering innovation across multiple sectors. Significantly, a recent survey indicates that 70% of researchers in the field consider transparency in the decision-making processes surrounding quantum development to be critically important. This emphasis on openness isn’t merely procedural; it’s a core component of building trust and facilitating collaborative progress, ultimately accelerating breakthroughs in areas poised to impact global challenges.

The anticipated advancements fueled by OpenSuperQPlus extend beyond theoretical possibilities, promising tangible benefits across several critical societal challenges. Enhanced climate modelling, for example, will allow for more accurate predictions of extreme weather events and long-term environmental shifts, informing proactive mitigation strategies. Simultaneously, breakthroughs in drug discovery – accelerated by quantum computation’s ability to simulate molecular interactions – hold the potential to revolutionize treatment for diseases currently lacking effective therapies. Furthermore, improved water stress forecasting, leveraging quantum-enhanced data analysis, will be instrumental in optimizing resource management and ensuring sustainable access to water in increasingly vulnerable regions, ultimately contributing to global stability and well-being.

The pursuit of equitable access to quantum computing, as detailed in this exploration of policy and technological sovereignty, echoes a sentiment shared by physicists striving for fundamental understanding. Pyotr Kapitsa observed, “It is better to have less, but good.”. This aligns directly with the core idea presented – prioritizing quality of access and meaningful participation over simply maximizing the number of users without ensuring they possess the necessary infrastructure or expertise. The document rightly emphasizes that broad accessibility isn’t merely about opening doors; it demands a focused approach on fostering genuine competence within Europe to ensure lasting technological leadership.

What Lies Ahead?

The question of access is rarely about opening doors. It is about defining who stands outside. This work clarifies the what of equitable access to quantum computing. The how remains stubbornly complex. Policy proposals proliferate. Principles, however, are sparse.

Technology sovereignty is a useful phrase. But abstractions age, principles don’t. The pursuit of competitive advantage must not eclipse fundamental concerns about inclusion. Europe’s values – solidarity, openness – are not merely talking points. They are constraints. Every complexity needs an alibi.

Future research should focus less on allocation schemes and more on defining the very metrics of fairness. Access is not simply a matter of compute time. It involves skills, infrastructure, and the fostering of a genuinely inclusive ecosystem. The true test will not be whether Europe has quantum computers. It will be who benefits from them.

Original article: https://arxiv.org/pdf/2606.13027.pdf

Contact the author: https://www.linkedin.com/in/avetisyan/