Quantum and theoretical chemistry – Page 6
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ResearchLaser centrifuge spins out chiral molecules in world first
Experimental proof that molecule’s rotation can be controlled with light could lead to new ways to separate enantiomers
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BusinessIndustry adopts quantum computing, qubit by qubit
Companies looking to solve complex chemistry problems are among early adopters of quantum technology
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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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ResearchSpin sensor promises atomic-scale magnetic imaging
Nickelocene-tip scanning tunnelling microscope provides measurements to challenge quantum theory calculations
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ResearchQuantum mechanical mechanism behind 100-year-old textbook reaction revealed
Study challenges established understanding of Michael addition as it uncovers Pauli repulsion’s key role in halogen catalysis
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ResearchDrilling down to molecules’ atoms gives unprecedented glimpse of vibrations
Microscopy technique could help scientists understand how to design new catalysts and superconductors
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ResearchCatalyst that never needs to touch its reactant breaks textbook principle
Calculations show how catalyst confined in optical cavity can influence reagent without the two ever coming into contact
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ResearchCoulomb explosion uncovers laser-driven chirality
Blowing formic acid apart like a firework sheds light on asymmetric photochemical synthesis
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ResearchCalculations suggest octahedral carbon clusters more stable than expected
Carbon nanostructures containing four-membered rings are energetically competitive with fullerenes
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ResearchHydrides come within a whisker of room temperature superconductivity
High pressure lanthanum superhydride sets a new critical temperature record, validating theoretical predictions
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ResearchFirst quantum degenerate molecules unite in chemical go-slow
Potassium–rubidium at 50 billionths above absolute zero reacts at a quarter of expected speed thanks to quantum effects
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ResearchQuasi-cubic iodine fluoride predicted under pressure
IF8 would have the highest ever coordination number in a neutral main group compound
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ResearchCatalyst predictor shows drug manufacturing promise
Joint industrial–academic team develops and validates force-field tool for identifying ligands for enantioselective catalysis
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ResearchDiet approach to DFT benchmarking
Self-confessed grumpy physicist calls on developers to stop focusing on molecules and start thinking about solids
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NewsUltracold molecules are poised to unearth chemistry’s foundations
Molecules close to absolute zero will soon help chemists unravel the toughest questions about why reactions occur at all
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ResearchAtomic Eiffel tower looms over quantum computing landscape
Many-atom arrays may become ideal quantum simulators for chemical systems
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ResearchObserving orbitals solves hydrogen transfer puzzle
Visualising atoms’ wave function lets chemists tell true from indirect hydrogen atom transfer
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ResearchValence bond theory probes fundamental nature of hydrogen bonding
New insight reignites covalent versus electrostatics debate
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ResearchTrapped-ion quantum computer does chemistry calculations for the first time
For an accurate quantum simulation, all you need is a few atoms
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