Analytical chemistry – Page 2
-
ResearchFake microscopy images generated by AI are indistinguishable from the real thing
Materials scientists warn that raw data and replication studies are needed to tackle the looming threat of near-undetectable AI fraud
-
BusinessLab Innovations 2025 returns to shape the future of laboratories
Scientists, researchers, engineers, industry leaders and innovators gather for UK’s must-attend industry event
-
NewsPFAS spring new surprise as some are far more acidic than thought
The acid dissociation constants for some PFAS are significantly lower than past metrics have indicated, with implications for their persistence and spread
-
ResearchNew electron diffraction strategy could make it easier to study solvated organic microcrystals
The approach combines carbon liquid cells and rapid data acquisition to study solvated molecules at room temperature
-
WebinarIon suppression correction and normalisation in metabolomics
Join us to learn new ways to improve data consistency with mass spectrometry
-
WebinarLipidomics for antibiotic resistance (AMR) mechanisms
Discover how microbial antibiotic exposure triggers lipidomic changes, offering insight into how lipids contribute to resistance mechanisms
-
FeatureHow stable isotope analysis reveals what ancient humans and Neanderthals ate
Analytical chemistry can tell us what our ancestors ate thousands – or even millions – of years ago. Rachel Brazil gets her teeth into the evidence
-
NewsWhat are the top journals in chemistry right now?
Following the recent release of journal impact factors, we round up the leading journals across 10 chemistry fields
-
OpinionQuantum deception attempts turning water into wine
The effect lasts only a few picoseconds but demonstrates a way to manipulate the optical properties of materials
-
ResearchNobelium becomes heaviest element with identified compounds
Complexes containing hydroxide, water and dinitrogen ligands detected as researchers probe chemistry on the edge of the actinide series
-
Opinion‘Creative destruction’ in the chemistry lab
Some obsolete lab equipment is quickly replaced, while other items are stubbornly persistent. What modern tech will survive to the 2060s?
-
NewsUS EPA accused of skewing soil testing data after East Palestine disaster
Environmental Protection Agency will review decisions made during emergency response
-
ResearchClathrate material’s crystal structure finally solved, 80 years after it was first discovered
TBAB hydrate is the most widely used semiclathrate hydrate, with potential uses in heat storage and air conditioning
-
NewsHow the extraordinary science of everyday items is bringing chemistry to the public
Three analytical chemists explain how turning powerful techniques towards ordinary objects inspires public engagement with science
-
OpinionThe atomic weights of most chemical elements aren’t constant
But those values are constantly refined
-
FeatureHow atomic weights change with scientific understanding
Why do the atomic weights on the periodic table keep changing? Kit Chapman meets the team behind the decimal places
-
FeatureSerial femtosecond crystallography reveals protein dynamics in real time
Proteins are constantly moving, but our structures of them are static. Clare Sansom talks to the researchers using free-electron lasers to make time-resolved structures
-
ResearchAI model links consumer ratings to white wines’ chemical profiles
Machine learning offers insight into how chemical markers influence perceptions of wine quality
-
Research‘CrystalGPT’ set to enhance how chemists design crystals in silico
Model for predicting molecular crystal properties is readily adaptable to specific tasks, even with limited data
-
OpinionGetting good at human tasks
’What do you mean you had to lock the NMR with an oscilloscope and shim the magnet by hand?’