The Great Pyramid of Giza, built around 4,600 years ago as the tomb of Pharaoh Khufu, exhibits remarkable earthquake resistance due to its structural design. Researchers found that its broad base, symmetrical geometry, and internal chambers help dissipate seismic energy, ensuring its durability despite significant earthquakes over the centuries.

• 01The pyramid measures approximately 755 feet (230 meters) at its base and covers about 13 acres (5.3 hectares).
• 02Researchers used seismometers at 37 locations to assess the pyramid's structural dynamics and found a stable response to vibrations.
• 03Key structural features include a low center of gravity, gradual mass reduction towards the top, and internal chambers that blunt vibration amplification.
• 04The pyramid has withstood major earthquakes, including those in 1847 and 1992, with minimal damage.
• 05Construction of the pyramid required approximately 20 years, involving complex project management and coordination of thousands of workers.

The findings highlight the engineering brilliance of ancient civilizations, which can inspire modern construction practices, particularly in earthquake-prone areas.