Compute.
Every computation, mapped.
Chemistry
Matter, understood.
Mysticism. Recipes. No underlying structure. Centuries of trial and error.
Structure revealed. Gaps predicted. Elements found before they were discovered.
Semiconductors. Polymers. Alloys. Everything made — enabled by the table.
Computing
Computation, still ad hoc.
Counting frames. Mechanical calculators. Babbage's unfinished dream.
ENIAC. Transistors. GPUs. TPUs. Built by intuition, not from an underlying theory.
Computer science is still building its Mendeleev. A periodic structure that classifies the primitives, names their cost in joules, and reveals the cells that don’t yet exist.
Until now.
A table. Then a stack.
Periodic Table — 2 Dimensions
This is the
Periodic Stack
of Computation.
Companion stacks
One method, applied across fields.
The same axes recur across the family. Thermodynamic cost (T) is the axis defined here; verifiability (V), encoding regime (R), and zone (Z/W) appear, transformed, in each sibling. A primitive carries consistent coordinates throughout.
Synthesis
The seven-axis synthesizer stack.
Data
The ten-axis data-system stack.
State
The nine-axis state stack.
Communication
The eleven-axis channel stack.
Memory
The eleven-axis retention stack.
Knowledge
Seven axes · the object the others handle.
Agent
Four axes · the actor and selection.
Stack
The overview · three names, one substrate.
Verify
Seven axes · joules per verified output.
OpenIE
The parent thesis.