Anna Demming, Author at Physics World

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Anna Demming

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.

Author archive

Superconductivity research gets more structured

A burgeoning alliance between nanotechnology and superconductivity research may be in store

Holes reveal first fractional quantization

Conductance measurements of holes loosely confined to one dimension reveal fractional quantization, previously only ever observed in two dimensional systems under a large magnetic field

Superconductivity – pairing up with nanotechnology

Nanostructures remain crucial both in attempts to better understand superconductivity, as well as efforts to apply it

Multiple terminal memtransistors step up to mimic brains

Researchers develop the first multiterminal memristor device using polycrystalline 2D MoS₂

Shedding light on photochromic responses

Researchers point the way to optimizing the photochromic response of TiO₂/Ag nanocomposites for numerous applications, using GISAXS and optical transmission measurements

Energy harvesting coiled up in your favourite chair – update from innoLAE 2018

Textiles present an exciting opportunity for energy scavenging thanks to developments to incorporate energy-generating devices on these flexible platforms, as presented at innoLAE 2018

Smart skin sensing density exceeds a fingertip

Smart skin made from piezotronic ZnO nanowire has more than 20 times more devices per square centimetre than the number of mechanical receptors in a human finger, as reported at innoLAE 2018

Nanowire LEDs require combination modelling

Integrating carrier dynamics with wave optics calculations reveals for the first time dependences on size and temperature in nanowire LEDs that do not affect their planar and bulk counterparts

William Rieken (left) and Atit Bhargava (right)

High-temperature superconductivity gets agile

The devices, which are based on ferromagnetic helical nanostructures integrated with silver nanoantennas that produce mechanical force in response to light, could find use in applications such as lab-on-a-chip technology, microfluidics and nanoscale assembly

Self-assembly responds well to stress

Block copolymer self-assembly aligns with shear stresses that arise from adding an inorganic topcoat that has a different coefficient of thermal expansion from the substrate

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Anna Demming

Author archive

Superconductivity research gets more structured

Holes reveal first fractional quantization

Superconductivity – pairing up with nanotechnology

Multiple terminal memtransistors step up to mimic brains

Shedding light on photochromic responses

Energy harvesting coiled up in your favourite chair – update from innoLAE 2018

Smart skin sensing density exceeds a fingertip

Nanowire LEDs require combination modelling

High-temperature superconductivity gets agile

Self-assembly responds well to stress

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Author

Anna Demming

Author archive