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About

Ramona Gaza is a leading researcher in space radiation physics, with a focus on characterizing the deep-space radiation environment and its effects on human spaceflight and advanced materials. Her most prominent work involves the first comprehensive space radiation measurements from the Artemis I lunar mission, a landmark study that provides critical data for understanding radiation hazards beyond low Earth orbit. This paper, already garnering 30 citations since its 2024 publication, is foundational for planning future crewed missions to the Moon and Mars. Gaza’s research addresses key risks such as cancer, cataracts, and tissue reactions from galactic cosmic rays and trapped particles. She also investigates novel radiation-resistant materials, including electroactive polymers for synthetic muscle technology, as demonstrated in her work on the Ras Labs-CASIS-ISS experiment. By bridging fundamental radiation physics with practical spacecraft and astronaut safety, Gaza’s contributions are vital for enabling long-duration deep space exploration. Her work stands at the intersection of radiation dosimetry, materials science, and human health, making her a pivotal figure in preparing for humanity’s next giant leaps.