Atlas · interactive globe of ancient sophistication

One hundred and twenty-six marvels.
Ten civilisational lineages. One planet.

Drag to spin. Click any marker to pin it. Toggle the arcs to read each lineage as a nearest-three graph on the sphere — the same topology metric the network-entanglement experiment runs on.
View mode
126 marvels in view
3D orthographic globe · 10 lineages active
drag · spin the sphereauto-rotate pauses on interactionarcs · nearest-3 great-circles within each classland outlines · natural earth 110m
How to read this globe

The globe is a frame, not a claim. The claim — that these monuments form a real network — is tested formally on the Resonance Atlas with a bootstrap null distribution, and again on Network Entanglement as a noise-channel race between five topologies.

The arcs are not artistic. Each lineage is drawn as its nearest-three same-class graph — the identical operator that builds the atlas topology in the network experiment. The geometry of the connection survives the rotation of the sphere because great-circles are intrinsic to the sphere itself.

Compare mode is the real instrument here. Pick any two lineages and read them side-by-side under synchronised rotation. The geometric delta below the spheres quantifies what your eye is seeing — spans, mean nearest-neighbour distance, longest arc.

Sophistication is not a verdict, it is a coordinate set. If a civilisation laid down monumental geometry at sited locations with documented protocols and the math still holds today, the monuments are evidence — independent of any modern reviewer's comfort with the metaphysics that produced them.

EXPLAIN LIKE I'M 10
· everyday-language one-paragraph version
This is a 3D globe of 84 ancient monuments — twelve Shiva sites, fifteen Egyptian pyramids, twelve Mesoamerican pyramids, twelve European stone circles, twenty-five goddess shrines and eight Andean centres. Drag to spin it. Each colour is one civilisation. Turn the arcs on to see how each lineage connects to its three nearest neighbours by great-circle paths. Switch to Compare mode and you get two side-by-side mini-globes you can stare at together — both spinning in sync so you can compare two civilisations' geographic footprint in one glance.
WHAT
A canvas orthographic projection of the sphere. Single mode renders all eight lineages together; Compare mode renders two side-by-side mini-globes with synchronised rotation, dedicated arc graphs, and a geometric-delta panel.
WHY
On a flat map you cannot see that the Jyotirlinga lattice and the Mesoamerican corridor are the same kind of object at different scales. On a globe with great-circle arcs you can — and side-by-side compare lets you measure the difference in degrees of arc.
WATCH
Compare mode's geometric-delta row: sites count, latitude span, longitude span, mean nearest-neighbour distance, and the longest within-class arc. Two civilisations with very different latitude spans but very similar mean-NN distance are doing the same thing at different latitudes.