Didgeridoo player claims sound moved stones in pyramid construction
- A TikToker claims that sound was used to move stones in pyramid construction, demonstrating this with a didgeridoo.
- Critics challenge the feasibility of this theory, especially for moving heavy stones.
- Recent research suggests the Pyramid of Djoser was built using a hydraulic lift system, indicating advanced engineering by ancient Egyptians.
A TikToker from Arkansas, known as @taistar42, has proposed a controversial theory regarding the construction of the ancient pyramids, suggesting that sound may have been used to move the massive stones. In a video, he demonstrated this by using a didgeridoo to lift a plastic bag, claiming that a similar principle could have been applied on a larger scale for the heavy stones. However, this theory has faced skepticism, with critics questioning its feasibility for moving stones weighing over a ton. In contrast, recent research has provided an alternative explanation for the construction of the Pyramid of Djoser, which dates back 4,700 years. This study indicates that the pyramid may have been built using a hydraulic lift system, which involved collecting rainfall and directing it through pipes to create a powerful jet of water. This water would have operated a floating elevator capable of lifting substantial weights, potentially up to 100 tonnes at a time. The researchers based their findings on historical records and satellite imagery, suggesting that the ancient Egyptians possessed advanced engineering skills. They pointed to the nearby structure Gisr el-Mudir, which may have functioned as a dam to facilitate this hydraulic system. This theory not only provides insight into the construction methods of the pyramids but also highlights the ingenuity of ancient Egyptian architects like Imhotep. The debate surrounding the construction of the pyramids continues, with various theories emerging. While some support the sound-based theory, the hydraulic lift explanation offers a more plausible and evidence-backed method for how these monumental structures were built, showcasing the sophistication of ancient engineering.