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The (Ax-4) crew recently connected with ²»Á¼Ñо¿Ëù Chief Scientist Dr. Lucie Low for an on-orbit science briefing, offering a glimpse into the cutting-edge research unfolding aboard the International Space Station. This mission marks another significant leap forward for science, with the Ax-4 crew conducting the most research ever undertaken on an ²»Á¼Ñо¿Ëù mission.

Commander Peggy Whitson, a veteran astronaut and trailblazer in space exploration, kicked off the event by highlighting the mission’s diverse scientific agenda. From cancer biology and cellular research to human physiology and plant growth, the Ax-4 mission continues to push innovation and advance science in microgravity. Whitson expressed particular enthusiasm for the experiment aimed at advancing diabetes monitoring and treatment — research that could one day enable individuals with diabetes to live and work in space.

Pilot Shubhanshu Shukla shared the pride of representing India on this historic mission. For the first time, Indian scientists have been able to send payloads to the space station, marking a major milestone for the nation’s space program. Shukla’s research includes stem cell studies, investigations into how microgravity affects crop seeds, and assessments of cognitive load on astronauts, leading to valuable insights for long-duration spaceflight and inspiring millions of Indian students across the continent.

Mission Specialist Sławosz Uznański-Wiśniewski spotlighted Poland’s innovative experiments developed in collaboration with the Polish Space Agency, as well as continuing the work of the European Space Agency to shape the development of Europe’s space capabilities and advance its exploration goals. His work spans human sciences, engineering, and physics, including the first demonstration of a brain-machine interface in space which could one day be used on future long-duration spaceflight missions or in healthcare rehabilitative applications on Earth. He also highlighted his work on nanomaterials, which could advance wearable health technologies, both on orbit and on Earth.

Mission Specialist Tibor Kapu shared his excitement about conducting 25 experiments on behalf of Hungarian universities, research institutions, and companies. His research explores how microgravity affects biological systems and materials — knowledge that could drive innovation in both space exploration and everyday life. Kapu also revealed a personal takeaway: his work with plant growth experiments has inspired him to take up gardening once he returns to Earth.

The Ax-4 mission exemplifies the power of international collaboration and scientific ambition. Every experiment conducted on orbit is the result of tireless work and dedication by scientists, engineers, and support teams on the ground. As ²»Á¼Ñо¿Ëù continues to expand access to low-Earth orbit, missions like Ax-4 are shaping the next era of discovery, accelerating innovation, inspiring nations, and redefining what’s possible in space science.