The launch date of the satellite was announced at the presentation ceremony. On September 9, if the weather conditions are favorable, UPMSat-2 will be launched into space in a VEGA from Kourou (French Guiana). In the three years of estimated operational life, UPMSat-2 will orbit the Earth traveling at a speed of 7 km / s, at an approximate altitude of 500 kilometers, will make 16 laps every day and will pass every 12 hours above us, always at the same solar time. The communications will be made from the monitoring earth station that the IDR has on the UPM university campus in Montegancedo (Boadilla del Monte) and the community of radio amateurs will have access to the information on the operation of the satellite. Following in the wake of

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UPMSat-1 The Polytechnic University of Madrid has French Polynesia Email List already demonstrated its capabilities to design, develop, build, test, integrate and operate a spacecraft with the UPMSat-1 project that was launched into space in 1995, with an operational life of 213 days. UPMSat-1 was the fourteenth university mission and the UPM the tenth university institution worldwide to undertake the space adventure. This event also remembered the former IDR director, José Meseguer, who died in 2015, “who was the soul of this research center and who promoted the development of both satellites” in the words of the current IDR director, Ángel Sanz. Following in the wake of UPMSat-1, and as a sample of the research potential of the Polytechnic University of Madrid,

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UPMSat-2 has been developed, also giving the peculiarity that some of the students who participated in UPMSat-1 as students, in UPMSat- 2 have done it as teachers. This has allowed them to see the development of the project from all points of view, close a cycle, and once again put in value the educational and training component of this spatial technological platform. Arteries and veins leave their marks on the bones of the skull, and these traces can be used in anthropology, bioarchaeology, and paleontology to investigate the blood system in extinct species or populations of the past. This week , an article led by Emiliano Bruner, paleoneurologist at the National Center for Research on Human Evolution (CENIEH), on the distribution of these

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