All Antiaromaticity articles
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ResearchForgotten borole synthesis expands family of antiaromatic compounds
Study investigates how benzene-fused borole compares to its non-fused and doubly-fused cousins
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FeatureIlluminating antiaromaticity
Aromaticity’s dark alter-ego is ready to emerge into the sunlight. James Mitchell Crow talks to the scientists trying to exploit the instability
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ResearchHow a new carbon allotrope could change the definition of aromaticity
New experiments are uncovering the secrets of cyclocarbons– molecular forms of pure carbon that had eluded chemists for decades
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ResearchFlip-flopping aromaticity breaks fluorescence rule
Azulene switches between anti-aromaticity and aromaticity in its excited states, offering an explanation for why it doesn’t follow Kasha’s rule
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ResearchElusive crystals provide structural evidence of global aromaticity in a macrocyclic hydrocarbon
Reduced forms of [24]paracyclophanetetraene provide fresh understanding of redox-based aromaticity switching
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Research‘Dynamic bonds’ reshape the rules of aromaticity and chirality
Discoveries could contribute to new understanding of organic chemistry, triggering applications in catalysis and materials science
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ResearchBeryllole is the first alkaline earth metal antiaromatic molecule
Metallacyclopentadiene is the first beryllium compound to engage in π system chemistry
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ResearchAluminium shows unprecedented selectivity for breaking toughest bond
An aluminium complex reacts with tricyclic hydrocarbon’s most stable ring while ignoring easier-to-break carbon–carbon bonds
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ResearchAntiaromaticity relief mechanism linked to DNA photostability
Textbook organic chemistry concepts bring new understanding to protective biological mechanisms