The Giza Plateau in Egypt is home to one of the most mind-boggling monuments in history: the Great Pyramid. It’s not just one of the Seven Wonders of the Ancient World; it’s the only one still standing. For centuries, this pyramid has left researchers absolutely fascinated, and curiosity hasn’t dwindled one bit. The big question has always been, How did they build it, and why?

The ancient Egyptians clearly had some serious math skills. The Great Pyramid, for example, isn’t just about sheer size. The numbers embedded within its structure are nothing short of brilliant. The alignment of the Great Pyramid to true north is astonishingly precise. When you think about it, aligning a twelve-story building almost perfectly with true north is no small feat even with today’s technology. The pyramid’s north alignment is accurate to within three-sixtieths of a degree. Imagine what it can mean if we factor in the historical shift of Earth’s axis over thousands of years. This so-called “procession” of the Earth might mean that in ancient times, the alignment was even more precise.

But wait, there’s more to this genius. The placement of the Great Pyramid on Earth seems almost divinely intentional. If you draw great circles through the pyramid that line up with the cardinal and ordinal directions, these circles pass through more landmass than from any other location on Earth. It’s as if the pyramid is at the literal center of the world’s landmasses. It’s pretty wild!

The technological prowess required to construct the Great Pyramid will blow your mind. They used something called the “cubit,” which is not your average measurement. This ancient unit is exactly 1/25 millionth of the polar diameter of the Earth – that’s the distance from the North Pole to the South Pole. Carve that long line into 25 million pieces, and you have one cubit. Perfect, right? Now consider this: the length of the Great Pyramid at its mean socket level (that’s the corners of the building) translates into 365.24 pyramid cubits. That doesn’t just ring a bell. It screams “Earth year,” right down to the quarter day!

And that’s just scratching the surface. The perimeter of the base of the Great Pyramid aligns perfectly with a mathematical fraction of the Earth’s latitude and longitude. If you scale it up, these dimensions correspond exactly to both the equatorial circumference of the Earth and the distance from the equator to the pole. What this means is, the Great Pyramid essentially acts as a scale model of the northern hemisphere. This is the ancient Egyptians showing off their knowledge of the planet.

Here’s another jaw-dropper: the coordinate location of the Great Pyramid matches the speed of light, measured in meters per second. The fact that these coordinates align so perfectly with such an essential constant of physics – that’s the speed of light – is overwhelmingly mind-blowing.

It’s tough to brush all these details off as mere coincidence. The more you dig into the numbers and facts, the more you start to appreciate just how sophisticated the ancient builders were. It makes you wonder, what else did they know?

The Great Pyramid stands not just as a testament to architectural brilliance but also as an enigma filled with astounding mathematical and geographical significance. It’s a forever mystery inviting you to marvel at the ancient wisdom encased in its very stones.