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Latest in Space Science and Technology
Lunar surface environment testing
Development of ultra-high fidelity simulated lunar dust, and any type of planetary/cosmic dusts, activated with metal-oxidative and biotoxic reactive species of oxygen (ROS) and chlorine (RCS) Lunar dust is particularly toxic to astronauts, and corrosive to...
DNA-damage sensor
Sensor for assessing the risk of damage to astronauts' DNA through quantification of its fragments, caused by exposure to cosmic radiation and dust (on the Moon, Mars, inside/outside the International Space Station) Development of the sensor’s operation...
Perchlorate Sensor
Sensor for detecting and measuring cosmic radiation-activated metal perchlorate salts on the surface of Mars and Moon The necessity of the sensor arises from the risk of explosions of perchlorate salts after impact or friction on the surface of Mars where they...
Space Debris-induced Ozone Sensor
Sensors for the quantification of space debris-induced highly reactive oxygen species (ROS; superoxide, O2•−, and hydroxyl, •OH, radicals, and hydrogen peroxide, H2O2) in order to monitor their contribution to ozone depletion and assess their biotoxicity to...
Total ROS Sensor
Sensor for the detection and measurement of metal-corrosive and biotoxic Reactive Oxygen Species (ROS) on Moon, Mars, Enceladus, Europa The construction of the sensor was completed at Technology Readiness Level (TRL) 4, with funding from ESA...