Matthew Blow
- Research
Chloride ions tunnel free from PVC
Computational clues uncover quantum escape route from common plastic
- Research
Instanton theory extended to describe quantum tunnelling through a conical intersection
Quantum pathfinding cuts computational burden and offers fresh insights
- Research
Untangling the spin-favouritism of chiral molecules
Theory shows why DNA can be picky over electron spin
- Research
Electric fields bring new dimension to debate on atomic size
A new methodology gives surprising answers to an old question
- Research
Molecular Newton’s cradle challenges theory of transition states
Nanoscale trick-shot sees fluorine atoms knocked along chain
- Research
From nerve agent simulant, to pharma ingredient
Portable microreactor offers a new way to dispose of paraoxon
- Research
Mineral plastic made into fireproof foam
Pre-gelation strategy could be key to non-combustible insulation materials
- Research
Planar fivefold bonding with silicon and germanium at the centre
Electronegative elements key to stabilising exotic structures, simulations show
- Research
Molecular ferroelectric is one cool crystal
Scientists find powerful new type of electrocaloric material
- Research
Electrochemistry steers microplastics management in the right direction
Microchannel with strategically placed wires sorts plastic particles according to type
- Research
Ocean motion turns carbon dioxide into renewable fuel
Bridge rectifiers and a supercapacitor help electrochemical system manage intermittent nature of wave energy
- Research
Ring of pure carbon takes on negative charge
Scientists use simulations to reveal the properties of the newest carbon allotrope
- Research
Large gold nanoclusters are surprisingly stable paramagnets
An odd electron makes the magnetism
- Research
Self-threading monomer provides protection for carbon nanotubes
Strategy assembles three-component nanostructure with nanoscale precision