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Countermeasures, such as exercise, special diets, and medication, are implemented to mitigate these effects and maintain astronaut health during space missions.


Reliable communication systems are crucial for maintaining contact between astronauts and ground control, enabling real-time monitoring and support.


Life support systems onboard spacecraft and space stations ensure the availability of breathable air, temperature and humidity control, waste management, and water and food supplies.


Ionic/Cosmic Detection, Protection, and Reduction. Spacecraft and spacesuits are designed with shielding materials to minimize radiation exposure. 

Spacesuit Technology

 Spacesuit designs that enhance mobility, comfort,  safety, and protect against extreme temperatures, micrometeoroids, and the vacuum of space.


Intravehicular and Extravehicular  mechanics motion of humans in space, including integrations with spacecraft, satellites, and celestial bodies.

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Human Performance Enhancement

Human Performance Enhancement also known as human augmentation or human enhancement, refers to the exploration and prediction of advancements in technologies and practices that enhance human physical and cognitive capabilities. It involves envisioning a future where individuals can surpass their natural limitations through the integration of various technologies and techniques.



Human performance in space is a critical aspect of space exploration and missions. The unique environment of space poses several challenges to human physiology, psychology, and overall performance.

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