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Showing posts with the label #infizealtechnologies

Augmented Reality Used for Medical Products

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Ivan Sutherland introduced his ultimate display in 1965, he thought about a world existing of real and virtual objects which is presented to the observer through his natural perspective or through his eyes. Nowadays, Augmented Reality solutions still use hardware interfaces that do not follow most natural form of immersion, e.g. augmented camera views of tablet PCs and any smartphones. In the last few years lot of head worn AR interfaces have been created and released.  One of them is SDKs which is related to head mounted displays which have inspired thousands of developers to create AR worlds for to enhance industrial tasks .Also they make cultural experiences more interactive, attractive and appealing. It is very difficult to introduce these devices to the medical world, in particular to intraoperative tasks that require high quality standards.  This is certainly a commendable approach, which will happen once the benefit for patient treatment has been ...

Heightens Bomb Detection Sensitivity Tiny Laser Sensor (Optical Sensor)

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Berkeley, CA -- A team of researchers led by Xiang Zhang, UC Berkeley professor of mechanical engineering, has found a way to dramatically increase the sensitivity of a light-based plasmon sensor to detect incredibly minute concentrations of explosives. They noted that it could potentially be used to sniff out a hard-to-detect explosive popular among terrorists. Their findings are to be published Sunday, July 20, in the advanced online publication of the journal Nature Nanotechnology. They put the sensor to the test with various explosives - 2,4-dinitrotoluene (DNT), ammonium nitrate and nitrobenzene - and found that the device successfully detected the airborne chemicals at concentrations of 0.67 parts per billion, 0.4 parts per billion and 7.2 parts per million, respectively. One part per billion would be akin to a blade of grass on a football field. The researchers noted that this is much more sensitive than the published results to date for other optical sensors. "O...