Chemical Analysis Cracks Stonehenge’s Altar Stone Mystery and Rewrites Its Tale
A new chemical study finally pinned the origin of Stonehenge’s famous altar stone, flipping old assumptions about how far it traveled. It points to astonishing logistics hauling the stone immense distances thousands of years ago.
A new chemical study finally pinned the origin of Stonehenge’s famous altar stone, flipping old assumptions about how far it traveled.
It points to astonishing logistics hauling the stone immense distances thousands of years ago.
Metal signatures in the sample match rocks in far-northern Scotland, not the nearer southern regions experts assumed.
How was a car-sized stone dragged across hundreds of miles in the pre-Iron Age? The question opened a new page on ancient logistics.
Join the room to follow the new exclusives as they drop.
Enter the RoomComments(0)
More Stories
All News
The New Electronic Entry System Changes Traveler Prep Toward Europe
Expert Committees’ Recommendations on AI Research Teams Stir Debate: The likely outcome is faster idea generation with slower
Exclusive: New International City-Science Consortium Studies Autonomous Transit in Capital Cores: Urban transport’s future is drawn in academic archives before