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Displaying Category 'Electronics'
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The Shanghai Institute of Optics and Fine Mechanics of CAS has recently announced it had discovered a structure in “peak” unexpected on the lower portion of the energy spectrum of photoelectrons.
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Investigators Research Group Structure of Matter, University of Huelva (UHU), and National Laboratory of Fusion Energy Research Center, Environment and Technology (CIEMAT) work from Spain with a group of international scientists in Spiral 2, a new nuclear accelerator center of art, located in the French city of Caen, which will accelerate the production and exotic nuclei larger than those available in other world capitals.
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 The University of Freiburg and the company Micronas received the Innovation Award Bronze F-Cell to develop a fuel cell integrated in a chip. This prize is awarded by the Ministry of Environment of Baden-Wuerttemberg and the Economic Development Department of the Stuttgart region. In the opinion of the jury, this form of energy supply is promised to a very large market potential and all the branches in which the semiconductor microsystems are used will be influenced.
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A research team comprising scientists from the Universidad Complutense de Madrid (UCM) and Universidad Autonoma de San Luis Potosi (Mexico) has developed a new device that simultaneously detects two bands of the electromagnetic spectrum far apart: the terahertz radiation and Infrared
The terahertz and infrared radiation can be captured simultaneously and aligned with two detectors located on both sides of a transparent lens. The terahertz detector serves as a focal point for the infrared radiation.
Integrated into a single device a system to detect two types of electromagnetic waves separated by several orders of magnitude-the terahertz and infrared radiation, is the success achieved by this research team formed by Javier Alda, Complutense University Madrid, and Javier Gonzalez of the Universidad Autonoma de San Luis Potosi, Mexico. Thanks to this instrument can be added on a single chip applications wave detectors in the terahertz range (one terahertz gigahertz is equal to 1.000), which allow “see” through opaque surfaces, and infrared, to detect objects only by its temperature. Furthermore, the same device can be adapted to other widely separated bands in the electromagnetic spectrum, such as infrared and visible range.
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 Japan continues its project initiated in 2007 on the development of two satellites for optical sensors, a hyperspectral sensor type and another type of multispectral. NEDO (New Energy and Industrial Technology Development Organization), the JAROS (Japan Resources Observation System and Space Utilization Organization) and the NEC, all three parties involved in the project include the introduction of these instruments in 2013 on a satellite that remains to be determined.
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