All articles by Fernando Gomollón-Bel – Page 2
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ResearchOcean lithium concentrations declined sevenfold over 150 million years
The concentration of lithium in seawater, previously assumed constant, could be related to geologic and climate effects
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ResearchRevived Neanderthal and Denisovan peptides show antibiotic activity
Molecular-scale ‘Jurassic Park’ process could uncover new medicines
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ResearchPhotoactivated cycloaddition can store solar energy for decades in strained molecules
A reversible cycloaddition triggered with visible light offers new opportunities for solid-state energy storage
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ResearchThree simple steps to make the longest graphene nanoribbon ever
With 147 fused benzene rings and 920 conjugated atoms, the nanoribbon shows optoelectronic properties that could compete with quantum dots
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NewsFour children injured after another chemistry demonstration goes wrong in Spain
An outreach experiment triggered a fire and a small explosion, sending four children to hospital
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ResearchHigh-throughput exfoliation gets graphene fabrication rolling
A new technique transform the traditional ‘sticky-tape’ method into something scalable and efficient
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ResearchPhosphorus and sulfur team up to create efficient redox flow batteries
A new class of molecules with ‘extreme potentials and high stability’ could compete with commercial technologies
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ResearchFormation of chiral centres monitored in real time
Michael addition observed at single-molecule level
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ResearchNew neural networks calculate catalysts’ adsorption energy ‘with lightning-fast speed’
AI has been used to overcome the problems of modelling massive molecules on metal surfaces, which could accelerate the design of efficient catalysts
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ResearchHelicenes are the ‘first true organic electrocatalyst’ for carbon dioxide reduction
Bio-inspired molecules accelerate catalytic carbon dioxide reduction and offer advantages in stability and tuneability
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ResearchMechanistic mysteries of nickel catalysts unveiled
New discoveries reveal the effect of several salts and anions in nickel-catalysed reactions, including cross-couplings and polymerisations
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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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ResearchPeptide tags that encode chemical libraries could revolutionise drug discovery
Simple strings of amino acids store over 4 gigabits of data, offering a highly stable solution for screening small molecule libraries
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ResearchOpen source software could deliver huge time savings for computational chemists
Program could improve efficiency of operations and automated solutions
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ResearchGel capsules make reactions with organolithiums simpler and safer
Low-cost gels improve the handling and storage of traditionally dangerous organometallics, expanding applications and possibilities in synthesis
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ResearchTetraquinoline is the newest member of the nitrogen macrocycle family
The new saddle-shaped macrocycle shows catalytic activity and affinity to zinc cations
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ResearchChemical chainmail constructed from interlocked coordination polymers
Simple synthesis yields an ‘infinite’ structure with applications in flexible materials
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ResearchPhotochemistry frees arene functionalisation from metals
Sulfonium salts offer new possibilities for the alkylation and cyanation of aromatic molecules
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ResearchHelicene columns could confer chiral properties on optoelectronic devices
Organic and inorganic templates control the crystallisation of helicenes in bulk, providing a simple and effective way to integrate chirality into optics and electronics
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ResearchSingle-molecule magnetic memory is the first to work at room temperature
Anionic iron complex breaks the rules of magnetic molecules and opens up opportunities to miniaturise data storage