Spatial Displacement Theory
ATOMICUS Lab
Interactive nuclear grammar map
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ATOMICUS — Nuclear Map
X = deuteron excess (n
d
− n
t
)
Y = total subunits (n
d
+ n
t
)
Golden line: n
d
= n
t
Morph & Spine
Mono
Actual
Energy
← Mono · Actual · Energy →
Highest GS chain
Lowest GS chain
Energy spine overlay
Mono spine overlay
Δu_E sidebands
Print Δu_E table
Isotope Ranges
☢ All Unstable
1 · Missing α-structures
1a · Missing >10ky
1b · Missing 1k–10ky
1c · Missing 100–1ky
1d · Missing 10–100y
1e · Short 1–10y
1f · Short 36d–1y
1g · Short 3.6d–36d
1h · Short 8.6h–3.6d
1i · Short 52min–8.6h
1j · Short <52 min
Odd-A / Even-A
Sole vs Spread
Sole element chain
Structure
nₙ=nₜ golden line
Shell closures (magic Z)
Unstable positions
Magnetic overlay
Triton families
2 · He-3 grammar
3a · Missing He-3
Magic Lines
Neutron-magic diagonals (N)
Proton-magic lines (Z)
Doubly-magic markers
Line width = stability count
Groups & Line Picker
Noble gases
Alkali metals
Alkaline earth
Transition metals
Lanthanides
Actinides
Halogens
Pull any line:
Element Z
Isotone N
Triton nₜ
Deuteron nₔ
Isobar A
Highlight this line
Dim the rest:
80%
Partitions & Envelope
Deuteron families (nₔ) — reverse
Triton families (nₜ)
Monoisotope markers (nₜ=1 gold)
Stability switchback envelope
Triton contraction (r₀ colour)
Decay
Decay vectors
Deuteron chain (nₜ=0)
Labels & Display
Element labels
Same-element links
Unpaired electrons
Binding energy size
Export PNG
Fe
Iron
Z=26 · 4 stable isotopes
α-core structure
↗ open stick model
✕