SESA 2026 Conference Explores Future Challenges in Space Exploration

Dr. Kristen Miller, a space studies professor at the University and one of the event's organizers, emphasized the need for multidisciplinary collaboration in future space endeavors. Recurring questions at the conference addressed the necessary infrastructure for lunar habitats, the balance between astronaut comfort and safety, the pace of commercial space technology versus legal frameworks, and the predictability of solar activity in deep space missions.

The conference featured keynote speaker Dr. Bonnie J. Dunbar, a retired astronaut with extensive experience in NASA missions and aerospace engineering. She discussed the historical and future challenges of space exploration, indicating that while spacecraft and habitats are not the issues, human performance and infrastructure integration present significant challenges.

Expert panels covered topics like the preparation for lunar operations and the sustainable use of Moon resources, raising legal concerns as more entities aim to operate there. Discussions on Mars focused on creating habitats that ensure safety and mental well-being in harsh environments.

The second keynote, delivered by Franceska Schroeder, discussed the evolution of space law as commercial players increasingly engage in space activities. Schroeder highlighted the complexities arising from the involvement of various stakeholders beyond traditional governance.

Other discussions included the implications of space security, the role of artificial intelligence, and the reality of potential conflicts in space operations. Nathan Miles from NOAA introduced the SOLAR-1 satellite, designed to enhance space weather forecasting crucial for future deep-space missions.

Artificial intelligence was a prominent theme, with conversations centering on its applications in space research and the ethical dilemmas posed by autonomous decision-making systems.

Students also played a vital role, presenting their research and highlighting the importance of an interdisciplinary approach in training the next generation of space professionals. The conference concluded with discussions on the search for extraterrestrial life and a virtual Star Party organized by the University’s Supernova Research Group.

As the exploration of space continues to evolve, the challenges of sustaining human life beyond Earth will require innovation, collaboration, and a shared understanding of past lessons to navigate future frontiers.