Horizon and the ERC: Europe’s Science Engine

Episode Narrative

In the latter part of the 20th century, Europe stood at a crossroads. The winds of change were gathering, fueled by a desire for unification and collaboration. Nations saw the dawn of globalization, and the importance of education and research became ever more apparent. In 1999, the Bologna Process was launched, a transformative initiative aimed at establishing a European Higher Education Area, known as the EHEA. The goal was ambitious: to create a harmonized educational framework with a three-cycle degree system — bachelor, master, and doctorate. This structure would not only elevate the international competitiveness of European institutions but also enhance student and academic mobility across borders. It was a bold step into a new era.

Fast forward to 2005, and the Bologna Process had gained considerable traction. Forty-six countries, including all member states of the European Union, had adopted this framework. This harmonization was a monumental achievement, leading to the introduction of the European Credit Transfer and Accumulation System, often referred to as ECTS. With this system in place, students could easily transfer their credits across institutions, transcending geographical boundaries. The EHEA was no longer a merely theoretical concept; it was becoming a living, breathing reality.

Then, in 2007, a significant breakthrough arrived on the scene. The European Commission launched the European Research Council, or ERC, with a mandate to fund "frontier research". This initiative marked a significant shift in the landscape of European science and innovation. The ERC was not merely about funding; it aimed to support groundbreaking, often speculative research that could potentially reshape our understanding of the world. The very notion of “blue-sky” science — a term used to describe exploratory research aimed at generating new ideas without immediate commercial viability — was now being nurtured at the highest levels.

The first calls for proposals from the ERC in 2008 elicited an overwhelming response, attracting over 10,000 applications. The nature of competition was fierce; the success rate hovered around just 13%. This high level of interest underscored the urgency and importance of research funding across Europe, reflecting both the aspirations of scientists and the growing acknowledgment of research as a crucial driver of progress in society.

By 2010, the European Higher Education Area was formally established, providing a structured European-wide qualifications framework. This framework not only included agreed standards for quality assurance but also recognized qualifications across borders. The educational landscape was beginning to reflect a more interconnected approach, setting the stage for the future.

As Europe entered the new decade, in 2011, the Horizon 2020 program was introduced. With a staggering budget of €77 billion allocated for the years 2014 through 2020, Horizon 2020 promised to be the largest EU research and innovation funding initiative to date. It was designed to foster groundbreaking research and innovation, pushing the boundaries of what was possible.

Part of this ambitious program was the Marie Skłodowska-Curie Actions, which supported over 100,000 researchers between 2014 and 2020. These grants nurtured international collaboration and mobility, bridging gaps between disciplines and countries, while enhancing the formative experiences of researchers across the continent.

By 2015, Europe was already responsive to the evolving demands of the digital age. The European Commission launched the European Open Science Cloud initiative, aimed at creating a virtual environment where research data could be stored, shared, and reused seamlessly across national and institutional borders. This initiative was crucial, as it underscored the importance of data accessibility in fostering collaboration and transparency within the European research community.

In 2018, the momentum continued with the introduction of the European Education Area initiative. This program sought to forge an interconnected educational landscape where training systems would be mutually recognized across borders by 2025. The initiative aimed to ensure that at least 60% of individuals aged 30 to 34 would attain tertiary education by that time, further embedding the significance of education into the fabric of European society.

As we approached 2020, the launch of the Horizon Europe program signaled yet another leap forward. Boasting an ambitious budget of €95.5 billion for the period of 2021 to 2027, this program built upon the successes of its predecessor and continued to prioritize support for frontier research and innovation. The European Research Council, instrumental in advancing scientific excellence, had already funded over 10,000 projects since its inception, accounting for an investment exceeding €10 billion by 2025. This funding catalyzed significant scientific breakthroughs, resulting in new cancer therapies, advancements in materials science, and the development of clean energy technologies.

To ensure that research findings were made accessible to the public, the European Commission adopted an Open Science Policy in 2016. This mandates that all research funded by Horizon 2020 and Horizon Europe must be openly accessible, reflecting a fundamental shift towards transparency in science. With this policy, databases and scholarly works were laid bare for the world to explore, unlocking knowledge like never before.

By 2025, the ambition did not wane. The European Commission set a clear goal: to ensure that 70% of EU citizens would possess at least basic digital skills. This initiative echoed the increasing reliance on digital technologies in both education and research. The Digital Education Action Plan for 2021 to 2027 focused on bolstering digital infrastructure, enhancing teaching skills, and equipping individuals with the competencies they needed to thrive in an increasingly digital world.

In the educational realm, the Erasmus+ program was launched in 2014, and by 2025, it had supported over 10 million participants in various educational, training, youth, and sports activities. This initiative highlighted the importance of cross-border experiences as integral to personal and professional growth. Simultaneously, the European Universities Initiative, initiated in 2019, aimed to develop 60 transnational university alliances by 2025. This vision promoted collaborations in education and research across borders, reflecting a commitment to shared learning and innovation.

The echo of these efforts reverberated throughout society. The European Education Area aimed to ensure that at least 85% of 15-year-olds would acquire basic reading, mathematics, and science skills by 2025. A unified approach to education became not just a lofty ambition, but a necessity in a rapidly changing world.

As these initiatives unfolded, the European Research Area began its journey in 2000. This significant endeavor aimed to create a single market for research, innovation, and knowledge across Europe. By removing barriers to collaboration and mobility, the initiative laid the groundwork for a more interconnected and dynamic research environment.

The time of these initiatives was both a challenge and a promise. Each step taken was a small but significant victory, forging new paths for cooperation and innovation. Institutions and scholars worked hand in hand, unified not only by a shared continent but by shared ambitions and dreams. What is the legacy of this journey?

As Europe pushes forward into an era of new possibilities, one cant help but reflect on the common threads that weave this narrative together. Visionaries turned dreams into reality. They stood at the brink, gazing into a horizon filled with potential. With every research proposal submitted and every collaboration formed, they shaped not just the future of European science but the very fabric of society itself. The question lingers — how far can this journey take us?