Researchers from the National Research Institute of Astronomy and Geophysics have made significant discoveries regarding the Great Pyramid of Giza, which has endured seismic forces for over 4,600 years. Their study, published in the journal *Scientific Reports*, reveals that the pyramid's design incorporates solid limestone foundations, a symmetrical shape, and pressure-relieving gaps above the King's Chamber. These features allow the pyramid to vibrate at a frequency of 2.0 to 2.6 hertz, while the surrounding soil vibrates at a much slower 0.6 hertz. This frequency separation reduces the risk of catastrophic damage during earthquakes, as the pyramid's structure does not resonate with the ground's movements. The research team also found that a cavity above the King's Chamber functions as a shield, diminishing the stresses experienced during seismic events. While the findings indicate a sophisticated understanding of engineering by ancient Egyptians, the idea of intentional seismic optimization remains speculative. Overall, this research highlights the remarkable architectural prowess that has allowed the Great Pyramid to withstand the test of time and natural disasters.