Earthquakes pose a significant threat to human lives and infrastructure worldwide. In recent years, there has been growing interest in developing innovative technologies to mitigate the destructive effects of earthquakes. This manuscript explores the potential of using domes produced through Octa-H, a material known for its unique properties, to absorb harmful waves and reduce the risk of earthquakes. The manuscript provides an overview of the underlying principles, presents experimental evidence, and discusses the implications of this technology on seismic safety. The results showed that absorption of harmful UVC rays significantly reduced the risk of potential earthquakes according to the Modeling system. This manuscript sheds light on the potential of using Octa-H domes to absorb harmful waves and mitigate the risk of earthquakes. It provides a foundation for future studies and encourages further advancements in earthquake-resistant technologies for the benefit of global seismic safety.

Earthquakes, Octa-H, Waves, UVB, UVC