What are the five characteristic sensor technologies?

 Sensors have penetrated into almost every vertical industry, and the market is expected to explode in the next five years. Today, we introduce five characteristic sensor technologies. In the future, scientists may provide these sensor technologies to entrepreneurs and enterprises through licensing agreements for development and introduction into the commercial market.

　　 A sound sensing in a forest environment

　　 Army scientists have developed a method and computational model to predict the acoustic effects of forest environments under atmospheric conditions. The new system provides comprehensive data on the entire forest environment. The technology may be suitable for commercial applications such as the propagation of acoustic explosions or noise reduction.

　　 2 Detection and prediction method of mechanical lubrication loss

　　 Army scientists recently invented a monitoring sensor that can detect and predict mechanical failures due to loss of lubrication. Industrial facilities often suffer from lubrication-related equipment failures. In the United States, the cost of reactive maintenance, unplanned downtime, and lost productivity is estimated at $1 trillion per year. The military's method has been tested and verified through several experiments conducted by the inventor.

　　 Three nanometer composite pressure sensor

　　 Scientists have developed a pressure sensing system with high spatial resolution and high sensitivity for use in dangerous and difficult-to-access locations. Patented technology can be provided to companies that will conduct commercial production, use or sale through a license agreement. This technology solves the problem of requiring an easy-to-deploy sensor in dangerous or inaccessible locations. The sensor can be used to detect the response of local materials to pressure with high spatial resolution and high sensitivity.

　　 Four hyperspectral imaging drug detector

　　 Scientists have developed a method to detect hypoxia in human tissues as an indicator of illegal drug use, without touching or physical contact. This method relies on generating a hyperspectral image and comparing it with a reference image. The comparison shows whether the subject's blood is oxygenated or deoxygenated.

　　 Five low frequency magnetic electromagnetic field sensors

　　 A scientist recently invented a field modulation technology, which can increase the working frequency of a magnetoelectric (ME) sensor, so that it has the ability to match the mechanical resonance frequency of the sensor, or only increase the working frequency. This method can be used for sensors used at security checkpoints to detect unauthorized transportation of prohibited items, as part of an unattended ground sensor network sensor, to control the production process, to check the normal function of the baby's heart before birth, and to use drugs containing nanomagnets To monitor the spread of drugs in the patient's body, sensors are used.

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