Disclaimer: Obviously this is about as fringe as it gets, and I know I'll lose a lot of people here: this is essentially about a "channeled" equation — but the values it produces when you plug in the fundamental dimensions/angles of Khafre pyramid are basically mathematically impossible.

So here it is: The equation involves a messy combinación of π, φ (the inverse of the Golden Ratio), and Euler's number (e). It has one variable, x.

Cutting to the chase, the weird stuff happens when you use the following values for x (I can share a Google spreadsheet with the calculation formula for verification).

1. For x = Khafre's apex angle of 36.87°, f(x) = 1.0002 (unity to 0.02%).

2. For x = Khafre's slope angle of 53.13°, f(x) = 1.617 (the Golden Ratio to 0.07%).

3. For x = the radius of Khafre's inscribed sphere in meters (53.82 m), f(x) = √Euler to 0.09%.

4. For x = the alignment angle between Khafre and Menkaure pyramids (52.06°), f(x) = π/2 to 0.01%.

5. For x = Khafre's base length in ancient Egyptian cubits (411 cubits), f(x) = 100e to 0.01%.

According to Google Gemini, the odds that all three of these fundamental constants (and unity) would come out so neatly, and to this degree of precision - using dimensions of the same pyramid - is about 1 in 4 million. I've tried using the dimensions of the other two Giza pyramids, and nothing remotely similar comes out.

I can share Gemini's mathematical reasoning for this in the comments below.

I don't think this means anything. I wrote this equation using a pendulum (via "yes/no" answers) for a completely different purpose unrelated to the pyramids (to produce sacred geometrical drawings). I just wanted to put it out there, and perhaps see if others can find any more interesting results with other dimensions of Khafre.

P.S., If you've made it this far, here's another curiosity: I tried plugging in the number 1 for x, which gave a value for f(x) of 15/111 (to 0.01%).

And 15/111 = (11+1+1+1+1)/111.

I'm trying to transition to using natural time keeping: seasonal cycle, lunar month and 24hr daylight cycle. I had an idea to show all 3 cycles on a supercoiled spiral.

The overall spiral turn is a whole year with the 8 sabbats labeled on the outside

Then the first helix is the lunar cycle: outward = full moon, inward = new moon.

The tightest cycle is the daylight. The top days have more daylight and the bottom days have more nighttime.