Chemical bonding – Page 4
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ResearchBond order through a molecular orbital lens
Study computes diatomic bond orders across the periodic table and reveals new bonding insights
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ResearchStrange bonds entirely new to chemists predicted in ammonia hydrides
High pressure compound containing bridging hydrogen cations might be found inside Neptune and Uranus
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ResearchNew family of polymers can be easily recycled and even upcycled
Dynamic covalent bonds means polymers can be taken apart by acid
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ResearchSynthetic molecules fold up into abiotic proteins
Compound that self-assembles into giant folded ring could help scientists design bespoke abiotic proteins
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ResearchLongest silicon—silicon double bond has two-faced reactivity
First hypercoordinated disilene’s extra-long silicon–silicon double bond gives it ambivalent reactivity
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ResearchNewest tetrel bond is five times stronger than its peers
First intermolecular three-centre four-electron bond could unravel fleeting intermediate’s nature
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ResearchBonding rethink called for as new metavalent bond proposed
Combination of elements in the metalloid region of periodic table produces a bond with both metallic and covalent characteristics
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ResearchWorld record for longest carbon–carbon bond broken
Carborane bond surpasses previous longest bond after just nine months in the top spot
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ResearchMolecular decoration determines origin of MOF acidity
Analytical combo used to pinpoint strong Brønsted acid site in promising next-generation solid acid catalyst
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ResearchHydrogen sulfide surprises as it's discovered to have hydrogen bonds
Nobel laureate Linus Pauling was wrong – H2S does form hydrogen bonds after all
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ResearchRules to distinguish between tetrel and hydrogen bonds
Quantum calculations reveal subtle but significant geometric differences
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ResearchInorganic molecule mimics odd benzene isomer
Zwitterionic boron–nitrogen compound has σ bond between two π orbitals
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OpinionThe bonds that bind
Chemical bonds continue to fascinate chemists – and bring us together too
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ResearchMacrocycles power up carbon nanotubes
Interlocked molecules tune the electronic properties of nanotubes, allowing researchers to control their catalytic activity
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ResearchBeryllium double bond predicted
Proposed Be–Be bond would be first double bond between s block elements using only π electrons
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ResearchFirst arsenic–germanium double bond made
Scientists use push–pull substitution to synthesise heavy imine
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ResearchValence bond theory probes fundamental nature of hydrogen bonding
New insight reignites covalent versus electrostatics debate
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ResearchPuzzle of why very similar sugars can taste much sweeter than others solved
The sweetest saccharides form the strongest and shortest hydrogen bonds
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ResearchNanotube locked inside a porphyrin
Rotaxane-like assembly formed from mechanically interlocked carbon nanotubes and macrocylic porphyrin rings