| Abstract Scope |
Protecting human tissue from cosmic radiation during space missions requires a shift from massive structural barriers to smart, wearable shielding. This paper proposes incorporating advanced biomaterial layers directly into spacesuit textiles and interior habitat walls to safeguard biological systems. Unlike standard industrial shields, these biocompatible materials are designed to sit close to the body, offering a lightweight, flexible defense layer against sustained radiation exposure. I explore how combining hydrogen-rich organic molecules with non-toxic, radiation-absorbing elements can effectively block harmful particles before they damage human cells. This research focuses on the mechanical flexibility and comfort of these biomaterial composites, ensuring they can be worn or handled safely by the crew. Developing smart biomaterials for targeted shielding provides a critical line of defense, keeping astronauts healthy while working on the Moon or traveling to Mars. |