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Latest tech update articles from nanotechweb.org
Updated: 1 day 14 hours ago
Changing atomic force microscope cantilever material increases imaging rates by nearly 20 times.
Researchers devise a single-step process for fabricating etched structures aligned on more than one plane.
New films could help improve silicon-based solar cells and cameras.
First principle calculations highlight a distinction between phonons that carry heat, and phonons that ‘drag’ electrons, allowing improvements to thermoelectric devices.
Prototype vehicles for 'smallest ever Formula 1' presented at Futurapolis.
Fastest ever rotators might find use in a variety of nano-optomechanical sensing and actuation applications.
Light-emitting tungsten selenide device could find applications in flexible optoelectronics such as LEDs, lasers and photodetectors.
Device can make measurements at the very limits allowed by quantum physics.
Manufacturing shortcoming is turned into a security opportunity.
New graphite-carbon nanotube materials could find use in thermal management applications.
New photodetector could be well suited for applications in which very weak light sources need to be detected – for example, in night vision or astronomy instruments.
Devices could be used in non-invasive health monitoring applications.
Researchers have designed new biocompatible platforms through which light can be delivered to virtually any targeted organ in the body.
Quantum capacitance measurements reveal unique characteristics in the transport properties of black phosphorous.
Fluorescent protein-based super-resolution microscopy could be a reliable tool for biomedical research.
New technique could help overcome some of the limitations of catheter ablation – a common treatment for patients with arrhythmia.
(with video) Origami inspires researchers to make self-folding structures from nanosheets of graphene oxide.
Pennsylvania State University researchers have produced nearly ideal VO2 thin films on sapphire wafer.
Studies of amorphous oxides exposed to electron beams reveal an angstrom-precision fabrication technique for patterning depth as well as surface structures.
New findings might be useful for creating functional charge patterns in nanodevices.