100% biodegradable packaging company expands
Aiming to reduce plastic waste in food packaging, Sulapac joins forces with Fazer
Read article: 100% biodegradable packaging company expands
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Anna Demming is a science journalist.
Anna was materials editor of Physics World from 2018 to 2019 and was previously editor of the website Nanotechweb. She studied nanostructures for her PhD in the context of photonics, specifically plasmonics and scanning near-field microscopy. In her spare time she runs and performs in a Bristol-based dance theatre company.
Aiming to reduce plastic waste in food packaging, Sulapac joins forces with Fazer
Read article: 100% biodegradable packaging company expands
Nanoelectronic devices that detect the tiny ion currents behind individual action potentials can be CMOS compatible
Read article: Silicon nanowires sense single ion channel currents
We look at whether the multifunctional properties of nanomaterials could earn them a place on missions into space
Read article: Can nanomaterials tool up space missions?
New technologies make harvesting humidity from the air a more viable source of water
Read article: Pulling water out of thin air
Lasing by stimulating acoustic vibrations in a silicon waveguide may bring integrated silicon photonics a step closer
Read article: Sounding out lasing in silicon
Researchers use machine learning to solve inverse problems that identify the nanostructures responsible for scattering spectra
Read article: Computers ‘learn’ how nanoparticles scatter light
From the furnace of take-off to the cold radiation-laden environment of space, extraterrestrial missions place high requirements on material properties
Read article: Can nanomaterials take on the extremes of space?
Size isn’t the only challenge for counting airborne nanoparticles – converting to a well-defined unit is also crucial
Read article: Current counts for measuring air pollution
Growing gold nanoparticles in situ makes graphene polymer composites effective conductors with very little graphene
Read article: Less is more for conducting graphene composites
A previously unobserved type of antiferromagnetic switching may be useful for memory applications
Read article: Data storage prospects broaden for antiferromagnetics