About the author: Prof. Pascale Ehrenfreund is the President of COSPAR. For decades, she has been contributing to ESA and NASA astronomy and planetary missions as well as experiments in low Earth orbit and on the International Space Station. She is enlisted in the Stanford World Ranking Top 2% Scientists 2022. The asteroid “9826 Ehrenfreund 2114 T-3” bears her name.
Increased private investment, declining costs, and emerging commercial opportunities are accelerating the growth of the space economy, with over 90 countries now engaged in space activities. Despite this momentum, space science remains one of the most complex fields to coordinate across borders. How can discoveries made in one part of the world contribute to shared progress globally?
At a time when scientific breakthroughs are accelerating and our collective curiosity about the cosmos is deepening, collaboration has never been more essential. The complexities of space research, from Earth observation to planetary exploration and astrophysics, require not only advanced technology, but also coordinated and inclusive international cooperation. This is precisely where COSPAR plays a vital role.
By uniting more than 14,000 scientists and researchers worldwide, the Committee on Space Research (COSPAR), a Member of the International Science Council (ISC), plays a crucial role in fostering global collaboration in space science. As a neutral and dynamic platform for scientists from across the globe, COSPAR facilitates knowledge exchange, aligns research priorities, and helps overcome barriers in the pursuit of scientific advancement for the benefit of all.
Founded in 1958 under the auspices of the International Council of Scientific Unions (now the International Science Council), COSPAR was created during the Cold War with a unique mandate: to ensure the free exchange of scientific information related to space research, regardless of geopolitical divisions. More than six decades later, that mission remains profoundly relevant.
Today, COSPAR brings together space scientists, engineers and students from diverse backgrounds and institutions, enabling collaboration across national and disciplinary boundaries. At the heart of COSPAR’s enduring success is its commitment to excellence and neutrality. It does not take political positions or align with any national agenda. Instead, it serves as a trusted forum where scientific ideas can be exchanged freely, through scientific assemblies, symposia, and its many panels and commissions. This neutrality promotes equitable participation from countries with varying space capabilities and ensures that emerging space nations can contribute meaningfully to global dialogue and learn.
Space science is inherently interdisciplinary. From heliophysics to planetary protection, understanding our Solar System and the universe requires knowledge from astronomy, physics, chemistry, biology, and engineering. COSPAR actively encourages this cross-collaboration of disciplines by organizing working groups, scientific panels, and collaborative projects that merge expertise from different fields. For instance, the Panel on Planetary Protection brings together microbiologists and engineers to develop internationally accepted guidelines for protecting celestial bodies from biological contamination during space missions.
COSPAR also plays a key role in fostering coordination among international space agencies, research institutions, and private-sector actors. Through these efforts, missions can build upon one another’s findings, reducing duplication and maximizing scientific return. Such coordination is essential in a field where missions often involve significant investment, technical risk, and long timelines.
The organization also serves as a vital channel for disseminating scientific results. Its peer-reviewed journals – Advances in Space Research and Life Sciences in Space Research – provide accessible platforms for researchers to share new insights. In addition, COSPAR has recently launched a book series to broaden access to developments in the field.
Titan After Cassini-Huygens
This first volume in the COSPAR Book Series presents a summary of our knowledge about Titan, including interior structure, geology, atmospheric science and astrobiological potential. Available this autumn.
One of COSPAR’s core strengths lies in its dedication to education and capacity building. Recognizing that scientific excellence is not confined to any one region, COSPAR actively supports participation by early-career researchers and scientists from low- and middle-income countries. Through its Capacity-Building Workshops, professional development initiatives for educators, and Fellowship Programs, COSPAR helps train the next generation of space scientists.
The organization also promotes ethical research practices, environmental stewardship, and responsible exploration. By embedding these values into its collaborative work, COSPAR contributes to shaping a global space science community that is both innovative and socially responsible.
As a new era of space exploration unfolds, characterized by lunar missions, Mars ambitions, and a growing private sector, the need for global collaboration continues to increase. COSPAR’s longstanding commitment to dialogue among all stakeholders, including space industries, and its support for science without borders, make it an essential part of the international space science ecosystem.
When scientific ideas are shared, challenges addressed collectively, and participation broadened, space science can achieve its full potential to benefit humanity. Whether an established researcher, an early-career scientist, or someone passionate about space, there are opportunities to engage in this global effort.
Join us in building a future where space science serves all of humanity. Visit COSPAR’s website to learn more about our programs, upcoming events, and how you can get involved.
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