Æther Initiation

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:: GALLERY · :: MOLECULA

MOLECULA

The molecular-scale first-principles channel: small molecules placed by their own chemistry — polarity, mass, and reactivity reading directly into the coordinate triple rather than assigned by hand. The placement is derived from the molecule's nature, not chosen; the derivation lives in the Codex. Kin to the mineralogical, galactic, and stellar channels.

57 entities

Class
Sacred constant
Forge
Acetic ACID — polar, MOLECULA microcosm (α 1.70, μ 3.00, ε 0.600) · EGREGORE render

Acetic ACID

α 1.70 · μ 3.00 · ε 0.600

EGREGORE
Acetone — polar, MOLECULA microcosm (α 2.88, μ 2.90, ε 0.400) · EGREGORE render

Acetone

α 2.88 · μ 2.90 · ε 0.400

EGREGORE
Acetonitrile — highly_polar, MOLECULA microcosm (α 3.92, μ 2.05, ε 0.400) · EGREGORE render

Acetonitrile

α 3.92 · μ 2.05 · ε 0.400

EGREGORE
Acetylene — reactive, MOLECULA microcosm (α 0.00, μ 1.30, ε 1.100) · EGREGORE render

Acetylene

α 0.00 · μ 1.30 · ε 1.100

EGREGORE
Argon — nonpolar, MOLECULA microcosm (α 0.00, μ 2.00, ε 0.000) · EGREGORE render

Argon

α 0.00 · μ 2.00 · ε 0.000

EGREGORE
BR2 — nonpolar, MOLECULA microcosm (α 0.00, μ 7.99, ε 0.800) · EGREGORE render

BR2

α 0.00 · μ 7.99 · ε 0.800

EGREGORE
Benzene — nonpolar, MOLECULA microcosm (α 0.00, μ 3.91, ε 0.300) · EGREGORE render

Benzene

α 0.00 · μ 3.91 · ε 0.300

EGREGORE
Butane — nonpolar, MOLECULA microcosm (α 0.05, μ 2.91, ε 0.100) · EGREGORE render

Butane

α 0.05 · μ 2.91 · ε 0.100

EGREGORE
CCL4 — nonpolar, MOLECULA microcosm (α 0.00, μ 7.69, ε 0.200) · EGREGORE render

CCL4

α 0.00 · μ 7.69 · ε 0.200

EGREGORE
CHCL3 — weakly_polar, MOLECULA microcosm (α 1.04, μ 5.97, ε 0.300) · EGREGORE render

CHCL3

α 1.04 · μ 5.97 · ε 0.300

EGREGORE
CL2 — reactive, MOLECULA microcosm (α 0.00, μ 3.55, ε 1.000) · EGREGORE render

CL2

α 0.00 · μ 3.55 · ε 1.000

EGREGORE
CO — nonpolar, MOLECULA microcosm (α 0.11, μ 1.40, ε 0.300) · EGREGORE render

CO

α 0.11 · μ 1.40 · ε 0.300

EGREGORE
CO2 — nonpolar, MOLECULA microcosm (α 0.00, μ 2.20, ε 0.050) · EGREGORE render

CO2

α 0.00 · μ 2.20 · ε 0.050

EGREGORE
Ch2cl2 — polar, MOLECULA microcosm (α 1.60, μ 4.25, ε 0.400) · EGREGORE render

Ch2cl2

α 1.60 · μ 4.25 · ε 0.400

EGREGORE
Ch3cl — polar, MOLECULA microcosm (α 1.87, μ 2.52, ε 0.500) · EGREGORE render

Ch3cl

α 1.87 · μ 2.52 · ε 0.500

EGREGORE
Cyclohexane — nonpolar, MOLECULA microcosm (α 0.00, μ 4.21, ε 0.100) · EGREGORE render

Cyclohexane

α 0.00 · μ 4.21 · ε 0.100

EGREGORE
DMF — highly_polar, MOLECULA microcosm (α 3.82, μ 3.65, ε 0.300) · EGREGORE render

DMF

α 3.82 · μ 3.65 · ε 0.300

EGREGORE
DMSO — highly_polar, MOLECULA microcosm (α 3.96, μ 3.91, ε 0.300) · EGREGORE render

DMSO

α 3.96 · μ 3.91 · ε 0.300

EGREGORE
Diethyl Ether — weakly_polar, MOLECULA microcosm (α 1.15, μ 3.71, ε 0.300) · EGREGORE render

Diethyl Ether

α 1.15 · μ 3.71 · ε 0.300

EGREGORE
Ethane — nonpolar, MOLECULA microcosm (α 0.00, μ 1.50, ε 0.100) · EGREGORE render

Ethane

α 0.00 · μ 1.50 · ε 0.100

EGREGORE
Ethanol — polar, MOLECULA microcosm (α 1.69, μ 2.30, ε 0.300) · EGREGORE render

Ethanol

α 1.69 · μ 2.30 · ε 0.300

EGREGORE
Ethylene — nonpolar, MOLECULA microcosm (α 0.00, μ 1.40, ε 0.400) · EGREGORE render

Ethylene

α 0.00 · μ 1.40 · ε 0.400

EGREGORE
F2 — reactive, MOLECULA microcosm (α 0.00, μ 1.90, ε 1.200) · EGREGORE render

F2

α 0.00 · μ 1.90 · ε 1.200

EGREGORE
Formaldehyde — polar, MOLECULA microcosm (α 2.33, μ 1.50, ε 0.700) · EGREGORE render

Formaldehyde

α 2.33 · μ 1.50 · ε 0.700

EGREGORE
Formic ACID — weakly_polar, MOLECULA microcosm (α 1.41, μ 2.30, ε 0.700) · EGREGORE render

Formic ACID

α 1.41 · μ 2.30 · ε 0.700

EGREGORE
Glycine — highly_polar, MOLECULA microcosm (α 14.00, μ 3.75, ε 0.300) · EGREGORE render

Glycine

α 14.00 · μ 3.75 · ε 0.300

EGREGORE
H2 — nonpolar, MOLECULA microcosm (α 0.00, μ 0.10, ε 0.100) · EGREGORE render

H2

α 0.00 · μ 0.10 · ε 0.100

EGREGORE
H2o — polar, MOLECULA microcosm (α 1.85, μ 0.90, ε 0.300) · EGREGORE render

H2o

α 1.85 · μ 0.90 · ε 0.300

EGREGORE
H2o2 — reactive, MOLECULA microcosm (α 2.26, μ 1.70, ε 1.300) · EGREGORE render

H2o2

α 2.26 · μ 1.70 · ε 1.300

EGREGORE
H2s — weakly_polar, MOLECULA microcosm (α 0.97, μ 1.70, ε 0.500) · EGREGORE render

H2s

α 0.97 · μ 1.70 · ε 0.500

EGREGORE
HBR — weakly_polar, MOLECULA microcosm (α 0.79, μ 4.05, ε 0.600) · EGREGORE render

HBR

α 0.79 · μ 4.05 · ε 0.600

EGREGORE
HCL — weakly_polar, MOLECULA microcosm (α 1.03, μ 1.82, ε 0.700) · EGREGORE render

HCL

α 1.03 · μ 1.82 · ε 0.700

EGREGORE
HCN — polar, MOLECULA microcosm (α 2.98, μ 1.35, ε 0.700) · EGREGORE render

HCN

α 2.98 · μ 1.35 · ε 0.700

EGREGORE
HF — polar, MOLECULA microcosm (α 1.82, μ 1.00, ε 0.700) · EGREGORE render

HF

α 1.82 · μ 1.00 · ε 0.700

EGREGORE
HI — weakly_polar, MOLECULA microcosm (α 0.38, μ 6.40, ε 0.500) · EGREGORE render

HI

α 0.38 · μ 6.40 · ε 0.500

EGREGORE
Helium — nonpolar, MOLECULA microcosm (α 0.00, μ 0.20, ε 0.000) · EGREGORE render

Helium

α 0.00 · μ 0.20 · ε 0.000

EGREGORE
Hexane — nonpolar, MOLECULA microcosm (α 0.00, μ 4.31, ε 0.100) · EGREGORE render

Hexane

α 0.00 · μ 4.31 · ε 0.100

EGREGORE
Krypton — nonpolar, MOLECULA microcosm (α 0.00, μ 4.19, ε 0.000) · EGREGORE render

Krypton

α 0.00 · μ 4.19 · ε 0.000

EGREGORE
MEK — polar, MOLECULA microcosm (α 2.76, μ 3.61, ε 0.400) · EGREGORE render

MEK

α 2.76 · μ 3.61 · ε 0.400

EGREGORE
Methane — nonpolar, MOLECULA microcosm (α 0.00, μ 0.80, ε 0.100) · EGREGORE render

Methane

α 0.00 · μ 0.80 · ε 0.100

EGREGORE
Methanol — polar, MOLECULA microcosm (α 1.69, μ 1.60, ε 0.300) · EGREGORE render

Methanol

α 1.69 · μ 1.60 · ε 0.300

EGREGORE
N2 — nonpolar, MOLECULA microcosm (α 0.00, μ 1.40, ε 0.050) · EGREGORE render

N2

α 0.00 · μ 1.40 · ε 0.050

EGREGORE
NEON — nonpolar, MOLECULA microcosm (α 0.00, μ 1.01, ε 0.000) · EGREGORE render

NEON

α 0.00 · μ 1.01 · ε 0.000

EGREGORE
NH3 — weakly_polar, MOLECULA microcosm (α 1.47, μ 0.85, ε 0.500) · EGREGORE render

NH3

α 1.47 · μ 0.85 · ε 0.500

EGREGORE
NO — nonpolar, MOLECULA microcosm (α 0.16, μ 1.50, ε 0.600) · EGREGORE render

NO

α 0.16 · μ 1.50 · ε 0.600

EGREGORE
NO2 — weakly_polar, MOLECULA microcosm (α 0.32, μ 2.30, ε 0.900) · EGREGORE render

NO2

α 0.32 · μ 2.30 · ε 0.900

EGREGORE
O2 — nonpolar, MOLECULA microcosm (α 0.00, μ 1.60, ε 0.300) · EGREGORE render

O2

α 0.00 · μ 1.60 · ε 0.300

EGREGORE
PH3 — weakly_polar, MOLECULA microcosm (α 0.57, μ 1.70, ε 0.600) · EGREGORE render

PH3

α 0.57 · μ 1.70 · ε 0.600

EGREGORE
Pentane — nonpolar, MOLECULA microcosm (α 0.00, μ 3.61, ε 0.100) · EGREGORE render

Pentane

α 0.00 · μ 3.61 · ε 0.100

EGREGORE
Propane — nonpolar, MOLECULA microcosm (α 0.08, μ 2.21, ε 0.100) · EGREGORE render

Propane

α 0.08 · μ 2.21 · ε 0.100

EGREGORE
Propanol — polar, MOLECULA microcosm (α 1.68, μ 3.00, ε 0.300) · EGREGORE render

Propanol

α 1.68 · μ 3.00 · ε 0.300

EGREGORE
Pyridine — polar, MOLECULA microcosm (α 2.21, μ 3.96, ε 0.500) · EGREGORE render

Pyridine

α 2.21 · μ 3.96 · ε 0.500

EGREGORE
SO2 — polar, MOLECULA microcosm (α 1.63, μ 3.20, ε 0.700) · EGREGORE render

SO2

α 1.63 · μ 3.20 · ε 0.700

EGREGORE
THF — polar, MOLECULA microcosm (α 1.75, μ 3.61, ε 0.400) · EGREGORE render

THF

α 1.75 · μ 3.61 · ε 0.400

EGREGORE
Toluene — weakly_polar, MOLECULA microcosm (α 0.36, μ 4.61, ε 0.300) · EGREGORE render

Toluene

α 0.36 · μ 4.61 · ε 0.300

EGREGORE
UREA — highly_polar, MOLECULA microcosm (α 4.56, μ 3.00, ε 0.400) · EGREGORE render

UREA

α 4.56 · μ 3.00 · ε 0.400

EGREGORE
Xenon — nonpolar, MOLECULA microcosm (α 0.00, μ 6.56, ε 0.000) · EGREGORE render

Xenon

α 0.00 · μ 6.56 · ε 0.000

EGREGORE

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