P/L 026
LIVE STUDY / 01
RESEARCH OBJECT ● CLASS: SYNTHETIC MACHINE
Pelicanocyclophane-co-velocipedane 1

PELICAN.

A machine written in chemistry.
One structure. Multiple moving parts. A molecular architecture that borrows the language of mechanics and translates it into bonds, rings, and carefully arranged atoms.

FIG. 01 / STRUCTURE2026 — MOLECULAR STUDY
MOLECULAR
ASSEMBLY
● TRACKING
Pelican molecular structure drawing
STRUCTURE // VIEWPORTROTATION ENABLED ↗
REFERENCE PLATE / 01FULL STRUCTURE VIEW ↘
Full scientific paper figure showing Pelicanocyclophane-co-velocipedane 1 molecular structure and its mass details
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MASS2485.47 Da
ARCHITECTUREMOLECULAR
MOLECULAR WEIGHT2485.47 g/mol
STATUSSTUDY / 026

FIELD
NOTES.

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Visual notes on the features called out in the source illustration. This is an editorial visualization, not a molecular dynamics simulation.

[ A ] / BACKBONE
↗

Poly-yne spine

A conjugated carbon-rich segment gives the molecular drawing its striking extended geometry. The long bonds read like a tiny engineered frame.

[ B ] / WING
↗

Thiophene–polyene

A dorsal wing motif: aromatic and unsaturated components assembled into an intricate, highly stylized molecular form.

[ C ] / POCKET
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Host / guest

The macrocyclic pouch is presented as a molecular hosting site, a small pocket embedded in a much larger synthetic architecture.

[ D ] / METAL
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Metal-linked rings

Ruthenium-containing crown motifs and an iron-associated segment add another layer to the intricate structure.

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