New Method Challenges Pyramid Dating

An Italian engineer named Alberto Donini has developed what he calls the relative erosion method to date ancient structures. The approach is straightforward: compare two types of erosion affecting the same rock type in the same location, one with a known date and one unknown. He's applied this method to the Great Pyramid at Giza, and the implications challenge both mainstream archaeological dating and many alternative chronologies. The method doesn't rely on historical texts or astronomical alignments. It's purely empirical, grounded in measurable physical degradation of stone over time. What makes this interesting is that it sidesteps the usual debates entirely. If the erosion ratios are consistent and the baseline dates are solid, you're looking at a chronometer written into the stone itself. Whether Donini's conclusions hold up under scrutiny remains to be seen, but the methodology itself represents a fresh angle on a question that has generated more heat than light for decades.