A chemist and his team working with the University of Houston have recently published reports on their development of sensors that will detect anything from explosives to contaminated milk.
A new study reveals that the fly arranges the hair-like structures of its nervous system to feel and hear. That method now serves as a model for refining wireless sensor networks, among other computer applications.
The Air Force Research Laboratory in association with Technology Solutions Group of QinetiQ North America has jointly devised a Battlefield Automatic Life Status Monitor for detecting the respiration rate, heart rate, activity status and main body temperature.
Sensor-embedded, four nuclear, biological and chemical (NBC) investigation vehicles were provided to the Army, for detecting various zones that have been polluted by using chemical and nuclear combat agents.
Sony intends to acquire a Japanese plant back from Toshiba for developing and enhancing its production of sensing devices deployed in imagers and smartphones in the in the midst of intensive global requirements of these devices.
Singapore-oriented Institute of Microelectronics (IME) will be associating with the University of Illinois at Urbana-Champaign for investigating novel methodologies to configure and develop nanowire sensing devices.
Minnesota-based, United Science announced that it has licensed a sensor technology that was developed at the University of Minnesota. The sensor has the ability to avoid toxic byproducts of industries and mining processes from stagnating in the environment. This helps to enhance the productivity.
In order to determine the condition of drinking water due to horizontal gas drilling, a pre-drilling water examination will be carried out for identifying the variation in water quality before and after the drilling process, with respect to the statements of the residents of Pennsylvania.
Islamic Azad University’s scientists have developed a nanosensor that is based on carbon nanotubes (CNTs). The nanosensor, with the help of nanocomputational methods, can be operated at ambient thermal conditions.
Iran-based, Materials and Energy Research Center (MERC) scientists, have developed zinc oxide nanofibers having tiny average diameters employing electrospinning technology.
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