Willem Witteveen

Willem Witteveen (1957) studied nautical sciences and engineering, then spent 15 years as a navigational officer on merchant vessels, followed by 25 years as a maritime pilot in the Port of Rotterdam. His background in navigational sciences, together with his worldwide travels to many different countries, inspired a lifelong interest in ancient civilisations, ancient documents and ancient writers.

Finally, back on shore, he is now a full-time researcher and is currently focused on Ancient Egypt and its corresponding connections to human history. Articles by Willem Witteveen have been published in several magazines and on various websites and his English book about the Great Pyramid of Giza, concerning the function of this monument, was first published in Dutch in October 2012.

The Great Pyramid of Giza is not only the best known but also the most enigmatic structure on our planet. It has been studied, measured and illustrated for more than 200 years. Yet no one can say with any certainty why it exists. Willem Witteveen introduces a theory about its original function to demonstrate just how important the Great Pyramid is to our understanding of the modern world and widens the context in which we can now view this spectacular icon. Its purpose was much more powerful than has previously been imagined and was closely associated with the five earthly elements, the five earthly elements responsible for creation.

Willem Witteveen includes the work of great researchers like for instance Tesla, Schauberger and Puharich. The creation of the Great Pyramid and other pyramids was far stranger than we have considered. Thanks to Willem's latest book, the ancient knowledge contained in the Great Pyramid now enters the modern world. This story will probably change your view on human history. The book follows the path of the elements in order to demonstrate the true purpose of the Great Pyramid. Each element represents a certain process inside the pyramid and when merged, it completes an extraordinary alchemical method for producing sustainable energy.