Aromaticity is a foundational concept in chemistry describing the enhanced stability of cyclic molecules whose electrons are delocalized.

Calculations of aromaticity indices (e.g., nucleus-independent chemical shifts, NICS) further support that the system is already aromatic in the bent excited state and becomes even more aromatic ...

Ultra-stable Ag₃₀ nanoclusters with metallic aromaticity show promise for optoelectronic devices. Story by Liu Jia • 1w. A s ultra-small nanoparticles with uniform sizes and well-defined ...

Aromaticity can be assessed by various aromatic criteria, such as the Hückel 4n+2 rule, spherical 2(n+1)2 rule, nuclear independent chemical shifts (NICS), and ring currents.

Martin’s group had investigated that molecule’s σ aromaticity as early as 1990 but did not report the research in the scientific literature and did not examine the compound’s π aromaticity.

First experimental evidence of 3D aromaticity in stacked antiaromatic compounds Date: December 15, 2016 Source: Nagoya University Summary: Researchers found that antiaromatic planar norcorrole ...

Aromaticity, a concept usually used to explain the striking stability and unusual reactivity of certain carbon-based molecules, could inspire the design of new catalysts with novel uses, KAUST ...

Our understanding of aromaticity, a concept that underpins life itself, has been thrown into chaos. But from the ashes have risen powerful new tools including supercharged solar cells and a Jekyll ...

Pnictogen Ring Boasts Aromaticity Inorganic Chemistry: Anion made solely from phosphorus and nitrogen is stabilized by electron delocalization by Bethany Halford ...

Aromaticity can be assessed by various aromatic criteria, such as, Hückel 4n+2 rule, spherical 2(n+1) 2 rule, nuclear independent chemical shifts (NICS), and ring currents.