What question did this study set out to answer?

To explore how the size and bridging motifs of porphyrin analogues affect their geometry and electronic properties using computational methods.

⌘+K

⌘+K

April 15, 2026Open Access

Theoretical study on the geometry, aromaticity and electronic properties of porphyrin analogues

To explore how the size and bridging motifs of porphyrin analogues affect their geometry and electronic properties using computational methods.
Employed density functional theory calculations
Investigated various porphyrin analogues
Analyzed differences in macrocyclic size and bridging motifs
Identified variations in geometric configurations among analogues
Revealed differences in electronic properties related to aromaticity
Demonstrated the influence of macrocyclic size on electronic characteristics

Density functional theory calculations were employed to investigate a family of porphyrin analogues differing in macrocyclic size and bridging motif.

Bookmark

View Full Paper

Bookmark

View Full Paper