Quantum and theoretical chemistry – Page 9
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ResearchBonding accurately predicted in diatomics by new scheme
Hopes that simple theoretical framework can be extended to tackle polyatomic molecules
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ResearchRewriting the textbooks with a pinch of salt
Chlorine atoms in the –2 oxidation state, and other high pressure-induced oddities, predicted using new model
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ResearchGroup 6 diatomic bonding is all relative
Relativistic effects may help to explain break from periodicity
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ResearchElectron work functions look tough
Surface property calculations provide a link between the electron work function and toughness of transition metals
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ResearchGetting the measure of transition states
Previously impossible to monitor properties of transition states found hidden in vibration spectra
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ResearchSubtle forces yield profound effects on heavy element bonding
Calculations on dispersion forces shed light on interactions between heavier main group elements
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ResearchHypervalent bonding controversy out for the electron count?
A new definition for the foundations of modern chemistry puts atomic charge models on trial
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ResearchElectric switch makes helix change hands
Computational model predicts that external electric fields can reorientate helices by breaking and reforming hydrogen bonds
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ResearchSimple reaction shows quantum interference
Chemical reactions can show interference patterns similar to those seen in the classic double-slit experiment
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OpinionDoes life play dice?
Philip Ball wonders whether life evolved to exploit quantum phenomena, or if it’s just in our nature
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ResearchChemistry gets strange at water’s surface
Theoretical study suggests that ions with the same charge might actually become attracted to each other at an interface
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ResearchBlurred bonds rationalised by heavy atom tunnelling
Computational study raises philosophical questions about what chemists mean by molecular structure
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OpinionA self-assembled periodic table
Philip Ball unpacks the instructions for a new periodic table
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OpinionChange: the only constant
Jim Al-Khalili discusses the risks involved in switching to a new area of research and invites chemists to take a quantum biology leap
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OpinionQuantum leaps of faith
The path to quantum mechanics becomes smoother if you take a different route, says Philip Ball
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