Wireless receiver and transmitter is small enough to fit in a swallowable capsule for monitoring gut health
Aspiration-assisted technique could be used in regenerative medicine, tissue engineering and the creation of “organs-on-a-chip” for drug testing and disease modelling
New rejuvenation technique makes these metastable materials less likely to fracture
New insights could lead to better energy-storage devices
Single quantum state would conduct electricity and energy perfectly
Devices based on photon-assisted tunnelling could harvest energy from nuclear power stations, chemical manufacturing facilities and other sources of waste heat
Novel phenomenon occurs due to quantum tunnelling and might be exploited in future quantum information technologies
Non-polluting, low-cost device generates electrical current from the water vapour naturally present in the atmosphere
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...
Mathematical model describes how proteins self-assemble into the amyloid fibrils associated with diseases like Alzheimer’s and Parkinson's
Simple trick of adding salt to a solution could allow engineers to deposit more uniform coatings and dyes
Metastable materials become softer when made into micron-sized wires
“Massively heavy” atoms can move quantum mechanically within a crystalline material at cryogenic temperatures – a surprising result that contradicts currently-held notions
Anatole von Lilienfeld explains how machine learning is creating new opportunities for research across all areas of the physical sciences
The power generated by a drop of water falling onto a droplet-based electricity generator can light up 100 small LEDs
Normally brittle material can be rolled up like a tube
Devices incorporating a light-sensitive hydrogel break down inside the body when exposed to light from an ingestible LED capsule
Insights into crystal growth could lead to new optical metamaterials
Accelerated corrosion process could release radioactive material
New device might find applications in bioimaging, driverless cars and robotics
Quantum gravity and quantum fundamentals could be probed using new technique
Take a look inside the free-to-read digital edition of Physics World‘s focus 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