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An international collaboration, with participation by the Instituto de Astrofísica de Canarias (IAC), has found a system of six exoplanets orbiting a central star with a precise rhythm.This phenomenon, known as orbital resonance, is common during the starting phase of planet formation, but it is exceptional to find a system with such a large set of planets which conserves this kind of gravitational synchronism. This finding shows that the system has not undergone major changes during its six billion year history, so that it gives an unusual view of the formation and evolution of planets. The
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Tras cuatro años de actividades, el proyecto Interreg EELabs llega a su fin y, como broche final, la noche del 14 de diciembre, a partir de las 22:30 UT (hora local en Canarias), retransmitirá la lluvia de meteoros de las Gemínidas a través del canal sky-live.tv desde el Observatorio del Teide (Tenerife) y El Anillo (Extremadura). Las llamadas “estrellas fugaces” son en realidad pequeñas partículas de polvo de distintos tamaños (entre fracciones de milímetros hasta centímetros de diámetro) que van dejando los cometas -o asteroides- a lo largo de sus órbitas alrededor del Sol. La nube de
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Research carried out by a scientific team from the University of Heidelberg (UH), the Instituto de Astrofísica de Canarias (IAC) and the National Autonomous University of Mexico (UNAM) has allowed them to solve the abundance discrepancy, a puzzle over 80 years old, about the chemical composition of the Universe. They find that the effect of the variations in temperatura in the large gas clouds where stars are born has led to the underestimation of the quantity of heavy elements in the Universe. The results have been published in the prestigious journal Nature . All the stars are born, live
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