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Latest tech update articles from nanotechweb.org
Updated: 54 min 48 sec ago
Device could allow house walls to store energy
Texas team has seen a pressure-induced electronic transition in multilayer molybdenum disulphide
Advanced patterning enables analysis of chemical reaction dynamics.
New experiments could help make better flat lenses and holograms
A simple way of creating and controlling surface plasmon polaritons (SPPs) in graphene could lead to the development of new electronic devices that use light
New study sheds more light on the random Brownian motion of nanoparticles near a wall
Thermopower increase could come in handy for making “smart fabrics”
Researchers have integrated different two-dimensional materials into a single electronic device for the first time
New device can detect naltrexone at levels that are up to 100 times lower than those obtained using current clinical diagnostic techniques
Doing away with wet chemistry altogether makes for better graphene transistors
New result could be important for organic electronics and designing new electronic materials
Measuring the nanoparticle content in a skin sample can quantitatively indicate the concentration accumulated in internal organs.
When it comes to drug delivery to tumours, cubic nanocages or nanorods might be better than nanospheres or nanodisks
Graphene and other two-dimensional materials enhance Raman scattering when used as substrates
Researchers have made the first ever nanoscale internal combustion device.
Metallic lanthanum nickelate becomes an insulator when it is less than a nanometre thick
First observations of an induced "waving potential" when graphene is dipped into an ionic solution suggests possible applications in self-powered sensors and monitors, as well as in remote ocean devices.
An exciting new way to control and fine-tune the electronic properties of devices made from the carbon sheet?
Applied electric field can change the stacking order in trilayer material
Full spectrum printed devices have efficiencies of nearly 44% and module level results of 36.5%