His conclusion was that the architect of the Great Pyramid was not an Egyptian, either by race or religion. He believed it would be found, eventually, that the measurements and contours of the Pyramid passage system, as its chambers, were intended to indicate a prophetic and historical record, especially in relationship to Biblical revelation.

Then came Scottish Astronomy professor Piazzi Smyth, to lift the investigation and study of the Great Pyramid into the realm of applied science. Smyth had studied Taylor's findings and decided that the only way to confirm or refute Taylor's theories would be to go to Egypt and measure.

His findings were published and found startling. They were were highly regarded, and the summation expressed an keen insight into the builder in that he had to have had an accurate knowledge of high astronomical and geographical physics

Smyth research began to snow ball into a belief that the Great Pyramid was more than just an ancient tomb of the pharaoh Khufu. He believed that the astounding mathematics and measurements that were ensconced into the Great Pyramid could not have been integrated into stone by men of that day.

Flanders Pertrie, a mechanical engineer, was the next in line to try to either substantiate or refute the work of Taylor, and Piazza Smyth. His approach was with superior measuring instruments allowed him to measure to 1/1000 of an inch.

Although Petrie belittled Smyth's basic contention about the Pyramid's perimeter incorporating the length of the solar year, it was Petrie's meticulously careful measurements that observed a definite hollowing of the core masonry on each side of the Pyramid. This discovery led to the astronomical features of the Great Pyramid, thereby confirming Smyth's conclusions.