Recent research and testing efforts examine why the Great Pyramid of Giza has remained standing for more than 4,500 years despite repeated earthquakes in the region. Multiple outlets report that the pyramid’s overall structure shows a consistent, stable behavior when subjected to simulated seismic vibrations. Tests described by outlets such as NDTV and Phys.org indicate that the structure’s materials and geometry contribute to a relatively homogeneous response, with seismic shaking not significantly disrupting the pyramid’s main body. Phys.org also notes that real earthquake events, including the magnitude 5.8 Cairo earthquake in 1992, have affected parts of the monument—such as dislodging some outer casing stones—while leaving the core largely intact. Other coverage, including Live Science and Popular Science, links the findings to the engineering characteristics of the pyramid’s design, while The Conversation emphasizes that researchers can identify defensive structural features but cannot confirm whether the original builders intended to make the pyramid earthquake-resistant. Overall, the reporting converges on the idea that the pyramid’s construction helps it tolerate seismic stresses and reduces damage to its primary mass.