New technique is comparable to laser cooling of trapped atoms and could have as many applications
Tiny bundles could also be used as artificial muscles
Read article: Light-emitting nanosensors track chemical signals in plants
“Nanobionics” could provide important insights into how plants respond to disease
Read article: Scientists identify gene responsible for butterfly’s dazzling structural colours
Advance will make it easier to study natural colour-determining nanostructures and could inspire more efficient ways of producing photonics devices
Read article: Kondo cloud seen at last
New observations could boost understanding of multiple-impurity systems such as Kondo lattices, spin glasses and high transition-temperature superconductors
Read article: Wide-band-gap semiconductors could harvest sunlight underwater
Devices made from these materials could be used to power autonomous submersible vehicles and sensors
Read article: Thin-film perovskite detectors could enable extremely low-dose medical imaging
X-ray detectors made from perovskite thin films are 100 times more sensitive than conventional silicon-based devices
New device incorporates nanosized gold ellipses and could help people who struggle to distinguish red from green
New work could help advance battery research for engineering next-generation high-energy-density technologies
This week’s podcast is devoted to the big news from Stockholm
Conductors that stay conducting even when stretched by 300% in any direction could find use in a new generation of deformable and wearable electronic devices
Engineering a sustainable, electrified future means developing materials with properties that surpass those found in current technologies
Ideas abound for alternative energy storage technologies, but investment remains key for real-world change
The UK plans to secure battery manufacture from mine to motor, bringing a projected £4.8 billion to the chemical industry by 2030
Margaret Harris observes that lithium not only offers a playground for atomic physicists, but also provides a route to greener energy and a life-changing treatment for peop...
Read article: Bench-top Screening of Wet Clutch Materials with the UMT Tribolab
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Read article: Get Precise Tribology Data Through Surface Profilometry
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Read article: Combining Atomic Force Microscopy with Optical Techniques
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Read article: NanoDMA III for Polymers: Primer and Applications
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Read article: Quickly grown graphite film blocks electromagnetic radiation
High-quality films formed by quenching hot nickel foil in ethanol are as good as their CVD-grown counterparts at shielding devices from electromagnetic interference
Read article: Tailored implant surfaces could help direct immune response
Surface modification of orthopaedic implants can boost tissue regeneration, minimize infections and help direct the body’s immune response
Hexagonal germanium and silicon-germanium have direct band gaps
Read article: Online Demo: 10 years of PeakForce Tapping – Imaging in Liquid
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Read article: Chemical characterization of heterogenous polymeric materials on the nanoscale using photothermal AFM-IR
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Read article: Nanoindentation of Metallic Samples
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Read article: A Decade of Discovery Enabled by PeakForce Tapping
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Read article: Carbon nanotubes forecast when vegetables spoil and buds bloom
Sensor detects the ethylene emissions of plants at concentrations as low as 15 parts per billion, helping dealers predict when flowers will bloom and fruit and veg ripen
Take a look inside the free-to-read digital edition of Physics World‘s briefing issue on nanotechnology. Covering the latest innovations and commercial developments, this issue explores some of the nanoscale technologies that are set to drive future business growth