Device News
The Defense Research and Development Organization (DRDO) has created two new tools to destroy the coronavirus. Both devices are very effective in Disinfecting everyday things in the office or homes.
Researchers found that the inherent complexity in birdsongs may actually be the result of a simple controllable instability in the structure of the specialised organ used to create song, known as a syrinx.
The method makes it possible to power several cellphones, fans and lights simultaneously.
A new cost-effective and portable pH-sensitive optical fibre device has been developed by researchers to distinguish breast cancer tissue from normal tissue.
Using a membrane extract from spinach leaves, Israeli researchers have developed a bio-photo-electro-chemical (BPEC) cell device that produces electricity and hydrogen from water using sunlight.
The device, developed with collaborators from the Photonics Research Centre at the University of Quebec in Outaouais works over wide temperature range to quickly and cost-effectively identify the potentially deadly Escherichia coli (E. coli) bacteria.
G-EYE, an endoscopy technology which is claimed to detect gastrointestinal diseases more accurately was introduced in India during the event, organised by Smart Medical Systems- manufacturer of gastrointestinal endoscopy devices along with enhanced technology products supplier Ventura Business Solutions.
A team of researchers, including one of Indian origin from York University in Toronto have been successful in developing a device that can dramatically reduce the time and cost required for detecting the deadly E. coli bacteria in drinking water.
While a standard heart bypass surgery lasts four to five hours, with doctors having to stop the heart and entails lengthy post-operative rehabilitation, the new device allows doctors to operate on the heart while it beats.
The new portable device can test your food for gluten in less than two minutes.
A US-based company has designed a portable device that lets you turn any smartphone into a 3D printer using the light from the touchscreen to process your plastic creations, a media report said.
The device could be particularly useful to monitor endemic, epidemic and pandemic disease outbreaks in resource-limited developing countries that need portable diagnostic equipment that functions outside the hospital.
Researchers at Melbourne-based RMIT University and the University of Adelaide are creating a stretchable nano-scale device to manipulate light.
The device may in the near future help kidney patients avoid dialysis.
The new device, developed by scientists in Melbourne, is the size of a paper clip and works by allowing patients with spinal injuries to control a robotic limb, an exoskeleton of sorts, just by thinking.
The group said that the device, embedded in an ultra-fine film, can measure target temperatures between 25 and 50 degrees Celsius (77-122 F), a range that includes that of the human body.
The gesture controller is designed to fit any hand via an adjustable palm strap and four moldable finger mounts.
The “universal wireless charger” also addresses an issue that afflicts existing wireless technology.
The device, developed by the famous Tokyo professor and roboticist Tomotaka Takahashi, will be launched next year.
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