The Periodic Wheel — All 118 Elements on Seven Turns
The periodic table is the most successful chart in science — and it is still a chart. Cut at every noble gas, the one unbroken walk of matter lies stacked in seven strips. The Periodic Wheel draws the chart first, complete and honest — all 118, every shell, every seam — then undoes the cuts, and the table shows what it was the whole time: seven turns around one center.
Nothing is added and nothing is removed. Same 118 elements, same order, same families, masses as measured, configurations with their anomalies — chromium to lawrencium. What changes is the glue: each row’s end is joined to the next row’s beginning, and the periodic law becomes geometry. A family of elements is a ray — the alkali ray, the halogen ray, the noble seam — and “chemically alike” means “standing at the same angle.” Period means what it says: one full turn. And the seven periods land on the seven registers of the system, I to VII — one shell, one turn, one state. The wheel is older than the chart: de Chancourtois wound the elements up a cylinder in 1862, seven years before Mendeleev; the rectangle won because paper is flat.
The page separates its claims the way every instrument of the system must: established — the periodic law and its fulfilled predictions (Mendeleev, 1869), the helix before the chart (de Chancourtois, 1862), atomic number as the true order (Moseley, 1913), Pauli exclusion and shell capacity 2n², the Madelung order, all 118 confirmed and named (IUPAC, 2016); interpretation — period read as register, register as state, the chart glued back at every noble seam, families as rays from the source; open — whether an eighth turn opens at element 119, the island of stability, which element holds group 3’s seat, where the table ends if it ends, and why the Madelung order holds at all.