All Electronic materials articles
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ResearchBoron-doped olympicenes are surprisingly stable
By possessing useful electronic properties, boraolympicenes could have potential applications in organic electronics
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Research
Pure conjugated polymer nanowires crystallised using oligomers
Oligomers used to induce crystallisation in parent conjugated polymers for the first time
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Research
Flexible batteries kept stable with stretchy metallic films
Liquid metals that block out air and water could improve the lifetime of stretchable electronics
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Research
Fluidic chemical systems can mimic the way the brain stores memories
Imitating the way that neurons communicate could lead to low-power neuromorphic computing
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Research
Helicene 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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Research
A recipe for biodegradable mushroom batteries
Mycelium skin from wood fungus makes sustainable material for flexible electronics
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Research
Single-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
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Research
Porphyrins can be turned into customisable molecular nanomagnets
Atomic manipulation creates materials for information storage and quantum computing
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Feature
When will molecular electronics make the connection?
Computer chips based on single molecules may remain a work in progress, finds James Mitchell Crow but the technologies developed along the way are being used by chemists to explore their reactions
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Research
Quantum dot matrix printer creates 3D structures
Nanocrystals used as 3D printer ink, without the need for an organic matrix
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Research
Untangling the spin-favouritism of chiral molecules
Theory shows why DNA can be picky over electron spin
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Research
First organic magnesium electride is stable at room temperature
Molecule has potential in redox reactions, as it’s highly soluble in organic solvents and easily stored in a glovebox
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Business
Breaking efficiency records with tandem solar cells
Oxford PV layers perovskite over silicon to capture a wider wavelength range
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Research
All-organic polymer dielectrics designed to withstand extreme conditions
A mix of freely rotatable structural groups along a polymer backbone featuring rigid and flexible moieties defines a new class of all-organic flexible polymers with high electric and thermal stability
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Business
Battery boom time
The fast-evolving market for vehicle batteries is driving commoditisation and consolidation, but also innovation
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Research
Curie temperature high makes organic ferroelectric pair stand out
Homochiral organic ferroelectrics get set to upgrade smart and medical devices
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Opinion
Jim West’s marvellous microphone
Ainissa Ramirez highlights an African American scientist who created one of the most used technologies of our modern age, but whose name is barely known by the general public
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Research
Robotic production line gives 2D materials a twist to produce multilayer structures
Precise fabrication of heterostructures with up to 80 layers will allow exploration of these materials’ exotic properties
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Research
Phosphorene nanoribbons find their first use in a solar cell just 3 years after discovery
Experiments match theoretical predictions and show great promise for further uses in electronics
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Research
This smartwatch will self-destruct in 40 hours
Electronic waste recycling made easy with this dissolvable device
