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 | Novel Sugar Enhancer |
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Reduced calorie sugar mixtures. Project ID : 23-2018-4618 |
| | Pilpel Seeds - A New Pepper Seeds Company |
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The Blocky (Bell) type pepper adapted for production in passive greenhouses is the most rapidly growing segment of protected cultivation worldwide. The annual value of the hybrid seeds in Spain, Mexico, and Israel is greater than 120 million. Utilizing Dr. Elkind's 28 years of knowledge and expertise in developing pepper varieties together with the germplasm available at the Hebrew University, the Pilpel Seeds Company will primarily focus in providing superior and unique pepper seeds to the local and international markets. Varieties with innovative, unique and sustainable traits that will improve the profitability of the growers. Later, the company intends to extend research and development to other peer segments as well as tomatoes. Project ID : 8-2018-6689 |
| | Ultra-Precise Optical to RF-Based Chip-Scale Refractive Index and Temperature Sensor |
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silicon photonics Project ID : 14-2016-4388 |
 | CogniSense reduces machine downtime through remote system-level monitoring |
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The effective remote monitoring of rotating equipment such as HVAC systems or conveyor belts is valuable to ensure reduced downtime and peak operating efficiency. Researchers from Imperial College have developed CogniSense; an IoT device that can monitor machine state-of-health accurately, for any mechanism exhibiting cyclical motion. By transmitting a radio signal and detecting the response, a signal corresponding to the motion of the distinct machine components (e.g. gears and bearings) can be captured and analysed. CogniSense even works through walls, and a single device can be used to monitor multiple machines (rather than requiring individual on-board mounting like other existing systems). |
 | AURA - Antenna for Underwater Radio Communications |
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Automatic RF frequency-tuneable technology to adjust antenna directional radiation pattern to optimize radio signal coupling with other devices such as autonomous vehicles (AUVs) or underwater sensors. |
| | Clay-Polymer Sorbents for the Removal of Organic Pollutants from Water |
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Clay-Polymer Sorbents for the Removal of Organic Pollutants from Water Project ID : 8-2012-2876 |
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