Collections
Chemical bonding
In this collection we explore the fundamental principles of chemical bonding, covering covalent, ionic, and metallic bonding, as well as molecular structure, intermolecular forces, and the role of chemical bonding in shaping the properties and behaviour of molecules.
The mechanical side of bonding
Synthetic chemists are finally mastering the assembly of interlocked molecules held together by the mechanical bond, find James Mitchell Crow
Reaching into the non-covalent toolbox
Alongside supramolecular stalwarts, budding bonding forms are vying to be valuable, finds Andy Extance
When a bond gets too extreme
Chemical bonds are part of the way chemists rationalise the behaviour of atoms in the conditions of the world around them. Tim Wogan looks at how they are affected when those conditions change
Towards a unified theory of bonding
Explaining trends across the periodic table with the help of node-induced electron confinement
Bonds are the ties that bind chemistry
Those seemingly simple sticks belie our most complex concept
Do bond classifications help or hinder chemistry?
Ionic, covalent, metallic and more… but there’s debate about whether bonds are real at all
The forgotten female crystallographer who discovered C–H⋯O bonds
Andy Extance tells the overlooked story of crystallographer June Sutor, whose C–H⋯O bonding hypothesis was unjustly suppressed
The bonds that bind
Chemical bonds continue to fascinate chemists – and bring us together too
What is a bond?
There’s more to bonding than covalent, ionic and the lines we draw between atoms on paper. Philip Ball takes on the expanding list of chemical connections
NewsBeyond hydrogen bonding: new definitions for secondary bonding interactions to end confusion
The 20-year struggle to define secondary bonding interactions
WebinarCopper-catalysed carbon-heteroatom bond-forming processes
Explore cutting edge copper-catalysed carbon-heteroatom bond formations used in industrial applications
NewsRobert Mulliken’s Nobel prize medal latest to go up for auction
Mulliken won the Nobel prize in chemistry in 1966 for developing molecular orbital theory
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
WebinarLab XAS: A new tool for materials characterisation
Explore the utility of lab XAS as an everyday tool for materials characterisation
ResearchAll-metal fullerene cluster made for first time
Dodecahedral structure offers new insight into metal bonding
ResearchVan der Waals crust behind simple parameter that can describe chemical bonds
Penetration index provides a fresh perspective on two-atom interactions
ResearchHalf-century quest to create stable beryllium–beryllium bond ends in success
Organoberyllium sandwich compound should provide answers to questions first posed a century ago
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
ResearchQuantum chemical analysis uncovers previously overlooked contributor to carbocation stability trend
Introducing substituents destabilises the parent substrates
ResearchBenzene’s bond lengths corrected
Sophisticated spectroscopic method shows that previously reported values were out by several milliangstroms
ResearchComputational study says polonium can form hydrogen bonds
Bonds driven by relativistic effects, rather than electronegativity differences
ResearchRich chemistry revealed by tip microscopy pulses’ bond making and breaking
Using an STM, scientists have been able to precisely switch between three different molecules, opening the way to multiple selective transformations
ResearchImprobable rotaxane made using a foldamer helix
Macrocycle displaced to a site for which it has no formal affinity
OpinionIn search of the chemical bond
Philosophy of science can help us discover new ways of understanding whether bonds really exist
ResearchQuantum nature of hydrogen bonds observed in acid–base complex
Spectroscopic evidence of proton delocalisation could change the way we approach acid–base chemistry
ResearchStrange new bonds found hiding in plain sight in common organometallics
Collective interactions are proof that there’s more to bonds than just connecting neighbouring atoms
ResearchUnusual hydrogen bonds found in proteins help them bind their targets
Weak interactions between hydrogen and carbon atoms have synthetic chemistry implications
ResearchFirst inspection of σ-hole reveals its peculiar shape
Atomic force microscopy snaps first experimental images of halogen bond’s charge distribution
ResearchTextbook electronegativity model fails when it comes to carbon–halogen bond strengths
Computational analysis finds that it’s size, not electronegativity differences, determining bond strength within periodic table groups
ResearchClippanes join rotaxanes and catenanes in mechanically interlocked molecule family
Keck-clip molecules consist of two entangled gold–carbene metallotweezers
ResearchUranium’s strong covalent bond breaks periodic table predictions
Actinide’s unusual covalency could explain its ability to fix nitrogen
ResearchChemists reconsider C–H and C–C bond length rationale
Quantitative proof for steric repulsion theory