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HomeScience7 Experiments India’s Shubhanshu Shukla will study aboard the ISS during Axiom-4 mission

7 Experiments India’s Shubhanshu Shukla will study aboard the ISS during Axiom-4 mission

Indian astronaut Shubhanshu Shukla heads to the ISS on Axiom-4. Over 14 days, he’ll conduct seven experiments from India that explore biology, agriculture, and human adaptation in space.

June 11, 2025 / 19:23 IST
India Returns to the ISS After 44 Years: Indian astronaut Shubhanshu Shukla travels to the ISS aboard Axiom-4. For more than 14 days, he'll perform seven Indian experiments that study biology, agriculture, and human adaptation during space. (Image: Axiom Space)
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India Returns to the ISS After 44 Years: Indian astronaut Shubhanshu Shukla travels to the ISS aboard Axiom-4. For more than 14 days, he'll perform seven Indian experiments that study biology, agriculture and human adaptation in space. (Image: Axiom Space)
Muscle Loss in Microgravity: Astronauts lose muscle in space because of microgravity. The experiment by Shukla tries to determine causes and test therapy approaches, potentially assisting astronauts on Mars missions and age-related muscle loss patients on Earth. (Image: Canva)
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Muscle Loss in Microgravity: Astronauts lose muscle in space because of microgravity. The experiment by Shukla tries to determine causes and test therapy approaches, potentially assisting astronauts on Mars missions and age-related muscle loss patients on Earth. (Image: Canva)
Growing Crops in Space: Six seed varieties of crops will be transported to space to test how they develop. Researchers from Kerala Agricultural University expect to find genetic properties that can be used for space farms in the future. (Image: AI Generated)
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Growing Crops in Space: Six seed varieties of crops will be transported to space to test how they develop. Researchers from Kerala Agricultural University expect to find genetic properties that can be used for space farms in the future. (Image: AI Generated)
Water Bears in Orbit: The Voyager Tardigrades experiment examines how these almost indestructible micro-animals cope under extreme stress. Researchers will rehydrate them aboard the ISS and study how they operate and heal in microgravity. (Image: Canva)
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Water Bears in Orbit: The Voyager Tardigrades experiment examines how these almost indestructible micro-animals cope under extreme stress. Researchers will rehydrate them aboard the ISS and study how they operate and heal in microgravity. (Image: Canva)
Algae Growth and Genetics: Three strains of microalgae will be monitored for genetic and metabolic changes. The experiment may enhance oxygen production, food supplies, and recycling systems for space missions lasting decades. (Image: Canva)
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Algae Growth and Genetics: Three strains of microalgae will be monitored for genetic and metabolic changes. The experiment may enhance oxygen production, food supplies, and recycling systems for space missions lasting decades. (Image: Canva)
Seeds Beyond Earth: Changes in germination, microbe resistance, and nutrition following post-mission analysis of space-flown seeds will be brought to light. ISRO's food sustainability planning is enabled by this experiment for long-duration space travel. (Image: Canva)
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Seeds Beyond Earth: Changes in germination, microbe resistance, and nutrition following post-mission analysis of space-flown seeds will be brought to light. ISRO's food sustainability planning is enabled by this experiment for long-duration space travel. (Image: Canva)
Exploring Cyanobacteria in Space: ISRO and ESA will examine the growth and behavior of two strains of cyanobacteria in space. Their photosynthetic capacity and resilience could power future lunar or Martian life support systems. (Image: Canva)
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Exploring Cyanobacteria in Space: ISRO and ESA will examine the growth and behaviour of two strains of cyanobacteria in space. Their photosynthetic capacity and resilience could power future lunar or Martian life support systems. (Image: Canva)
Vision and Stress Study: Shukla will monitor how screen usage affects eye focus, coordination, and mental stress in zero gravity. It may enhance astronaut performance and mental health during deep space flights. (Image: Canva)
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Vision and Stress Study: Shukla will monitor how screen usage affects eye focus, coordination, and mental stress in zero gravity. It may enhance astronaut performance and mental health during deep space flights. (Image: Canva)
Sheetal Kumari
Sheetal Kumari is a skilled sub-editor and content creator with expertise in digital news, multimedia storytelling, and social media content. With a strong grasp of topics like science, politics, and many more, she crafts compelling narratives, transforming complex topics and trending stories into engaging, accessible reads across various media platforms.

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