Analysis – Page 2
-
Research
New analysis raises doubts over autonomous lab’s materials ‘discoveries’
Experimental and computational issues flagged as researchers conclude that a fully automated lab failed to make new materials
-
Research
First GPT-4-powered AI lab assistant independently directs key organic reactions
Large language model takes control after being prompted to do Suzuki and Sonogashira couplings
-
Research
Computer vision accelerates self-driving reaction workups from being automated to autonomous
Platform understands significance of solid residues, liquid levels, homogeneity, turbidity and colours
-
Research
AI flies solo to optimise an organic photovoltaic device
High-throughput workflow guided by artificial intelligence identifies parameters to maximise power conversion efficiency
-
Research
Machine learning tool fed red wines’ chemical profiles can deduce where they’re from
Statistical tool matches wines to their estates with 100% accuracy
-
Research
Molecular movie captures DNA repair from start to finish
Study spans pico- to microsecond timescales to uncover enzymatic process
-
Research
Robotic chemistry lab joins forces with Google AI to predict then make new inorganic materials
Algorithm discovered more than 2 million inorganic structures
-
Research
New insights into polyamorphism could influence how drugs are formulated
Findings suggest dihedral angle distribution might explain why polyamorphs have different physical properties
-
Research
Solvation of single sodium ion tracked in real time
First steps of solvation monitored as single sodium ions dissolve in helium droplets
-
Research
Crystal structure predictions get real with accurate calculations that will aid pharma
Characterisation engine could help drug companies avoid costly mistakes like those that hit Aids drug ritonavir
-
Research
Underwater device reveals marine chemical diversity
I-Smel device probes metabolites produced by Mediterranean sponges
-
Research
Fleeting phenomenon of water autoionisation pinned down by neural network simulations
Modelling sheds light on a process that has been known for over a century but was tricky to understand
-
Research
Secrets of the purple smoke of first high explosive created by alchemists revealed
Microscopy study uncovers why fulminating gold releases colourful fumes
-
Research
Elusive crystals provide structural evidence of global aromaticity in a macrocyclic hydrocarbon
Reduced forms of [24]paracyclophanetetraene provide fresh understanding of redox-based aromaticity switching
-
Research
Simple substitution creates subset of rhodamine fluorophores with extreme solubility
Tetramethyl-substituted 3-phosphonorhodamines look set to find use in cellular imaging
-
Research
Direct imaging reveals individual protein-bound glycans in new detail
Sequences and locations of biomolecule-bound sugar chains studied at the single-molecule level
-
Research
Assembly theory puts chemistry centre stage to explain molecular complexity and life’s origins
Concept that attempts to join physics and biology via chemistry met with interest but also harsh criticism
-
Research
Cryo-EM scaffold supports imaging of small proteins previously tricky to study
Improved understanding of the structure of small proteins could aid drug designers
-
Research
Instanton theory extended to describe quantum tunnelling through a conical intersection
Quantum pathfinding cuts computational burden and offers fresh insights
-
Research
Transformation analysis reveals structural similarities in FDA-approved drugs
Reaction informatics tools combined to create a new method for mapping chemical space