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Development of electronic nano-devices and nano-sensors.
Development of electronic nano-devices and nano-sensors.
Internet of Medical Things or IoMT: Fabrication of micro- and nanorobots for medical applications and point of care diagnosis.
Internet of Medical Things or IoMT: Fabrication of micro- and nanorobots for medical applications and point of care diagnosis.
Agriculture Internet of Things (Agri-IoT) for smart sustainable farming and rural development.
Agriculture Internet of Things (Agri-IoT) for smart sustainable farming and rural development.
Development of new electronic nanodevices and nanosensors
Development of new electronic nanodevices and nanosensors
Nowadays, scientists focus their research on the physical and chemical properties of many two-dimensional materials, such as chalcogenides and dichalcogenides. Sensors based on two-dimensional materials are considered as the next generation of sensors and electronic devices. Electronic devices based on semiconductors on their two-dimensional forms have many advantages compared with the conventional electronic devices based on Silicon technology due to their nanoscale thickness, low power consumption and transparency (See more).
Internet of Medical Things or IoMT: Fabrication of micro- and nanorobots for medical applications and point of care diagnosis
Internet of Medical Things or IoMT: Fabrication of micro- and nanorobots for medical applications and point of care diagnosis
The realization and application of anisotropic magnetic colloids was widely studied for biomedical and environmental applications. The anisotropic magnetic colloids can be wirelessly moved and guided in a fluid medium using magnetic field which make them promising for diagnostics, bio sensing, targeting cells, therapy, and precise single-particle drug delivery (See more).
Agriculture Internet of Things (Agri-IoT) for smart sustainable farming and rural development
Agriculture Internet of Things (Agri-IoT) for smart sustainable farming and rural development
Agricultural Internet of Things (AIoT) technology or too shortly Smart agriculture have offered great benefits to farmers. Smart agriculture allows the farmer to remotely control and monitoring of the progress and quality of the plants.
Aerial and ground data collected by IoT agriculture devices can be analyzed using artificial intelligence (AI). The new technology can be used for early detection of abnormalities and pests, digital recording of images and voices, and set locations for pesticide application (See more).
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