All 2D materials articles
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ResearchFirst atomically thin carbon may end debate on nature of amorphous materials
Images of 2D carbon rule out one of two competing theories amorphous materials’ structure
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First atom-thick perovskites show there’s no limits to crystallinity
Could 2D perovskite oxides become the next graphene?
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New twist on graphene gets materials scientists hot under the collar
Stacking graphene at an offset ‘magic angle’ can introduce new properties like superconductivity
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Antenna can power devices by harvesting ubiquitous wifi signals
Device could be used to run medical implants and wearable electronics
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Largest perfect 2D crystal ever made from boron nitride
Fabrication technique could lead to thinner, flexible electronics
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2D metal–organic framework layer is magnetic
Chemists prepare the first single layer MOF obtained by mechanical exfoliation
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2D materials captured at highest ever resolution
Single-atom defects visualised in a molybdenum disulfide monolayer in unprecedented detail using electron microscopy
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2D membrane sieves out amino acid enantiomers
Molecular sheets can separate racemic mixtures with high efficiency and selectivity
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Unlimited combinations possible for new range of atom thick materials
Molten salts allow synthesis of 35 unknown 2D transition metal chalcogenides with many more possible
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2D gallium stripped from molten metal
Gallenene is the first atomically thin material made by exfoliating a liquid metal
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Thousands of 2D materials are just waiting to be discovered
Survey of 3D materials that can be exfoliated suggests there’s plenty of other analogues to graphene out there
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Atom thin mirrors’ reflectivity can be turned on and off
Molybdenum diselenide layer mirrors could have optoelectronic applications
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Chemistry beyond Moore's Law
Can anything replace the silicon in our mobile phones and laptops? The hunt is on, reports Hayley Bennett
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Material containing perfectly planar octacoordinate titanium predicted
Titanium falls flat in an eight-membered boron ring
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Flat tellurium made for the first time
Tellurene becomes the first 2D material in the chalcogen group
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Flat phosphorus flagged as potentially toxic
Material with promising biomedical applications damages cell membranes and generates reactive radicals
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Microwaving black phosphorus reveals novel properties
Electromagnetic studies offer new potential uses for this elusive allotrope
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Cutting edge chemistry in 2016
We take a look back at some highlights from last year’s chemical science research
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Antimony latest element to join 2D materials family
Antimonene is predicted to have interesting properties that would make it suitable for optoelectronic devices
