Cheops Pyramid Power Array 3D print model

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The Great Pyramid of Egypt continues to mystify and intrigue those who study its effects on life. Among the pyramid's many enigmas, none capture attention quite like its unparalleled ability to preserve life in all forms. Animals that die within its walls do not decay as they normally would; instead, they dehydrate completely, achieving a perfectly mummified state. This discovery led to experiments using scale models, which can replicate this phenomenon and be put to the test. Researchers have found two specific pyramid configurations, both with identical properties: 25 pyramids and an array of 144. Each model is an exact representation of the Great Pyramid as it once stood before its destruction. However, they differ in size – the smaller pyramids, placed in a 12x12 array, exhibit greater effectiveness when conducting tests. Researchers Les Brown and Patrick Flanagan have published groundbreaking findings on these grids, highlighting their unique capacity to absorb passive energy from their environment more efficiently than larger pyramids. Throughout history, this energy has been described by various names: orgone, tensor energy, subtle energy, Odenforce – among others. Experimentation with these pyramids can be tailored towards several disciplines: accelerated plant growth, improved water quality, enhanced blade sharpness for razors, advanced food dehydration techniques, and more! To conduct safe experimentation, take note that these grids emit two distinct fields: positive (yin) and negative polarity. For accurate results, place control plants at a sufficient distance from the device. Optimize orientation of your pyramid by aligning its faces towards the Earth's magnetic poles as closely as possible – permanent magnets can serve to eliminate this requirement altogether. Printing such models via multi-jet fusion yields superior quality and reliability. Please note that these models are exclusively for research purposes.