Planetary Defense refers to the scientific and strategic efforts aimed at detecting, tracking, and mitigating potential threats posed by near-Earth objects (NEOs), such as asteroids and comets, that could impact Earth. The primary goal of planetary defense is to prevent catastrophic events that could result from such impacts, which could have devastating consequences for life, infrastructure, and the environment.
These efforts involve various methodologies, including the development and deployment of telescopes and radar systems to identify and monitor the trajectories of NEOs, as well as devising potential deflection techniques, such as kinetic impactors or nuclear devices, to alter the path of an incoming object. Collaboration among international space agencies, scientists, and governments is essential to enhance the effectiveness of planetary defense strategies and ensure a coordinated response in case a potentially hazardous object is detected.
Total awareness and preparedness in planetary defense also emphasize public education and the integration of response plans at local, national, and global levels, fostering a collective understanding of the risks posed by NEOs and the importance of safeguarding Earth from these natural cosmic threats.
A groundbreaking space mission is underway to protect Earth from potential extraterrestrial dangers. A state-of-the-art spacecraft named Asgard, slated for launch on October 7, is embarking on a journey to…