, with times of more intense emission. These maximums were detected twice for each orbital period, when the planet is, seen from Earth, more separated from its star – says José Francisco Gómez, IAA-CSIC researcher who participates in the finding. The data we have obtained agrees very well with what models of interaction between the star and the planet predict ”. This is a pioneering work, since it shows for the first time that the existence of a planet outside the Solar System can be detected by observing the periodic variations of the system with radio telescopes. “This opens a new way for the study of other planets that, in some cases, they could not be detected using other techniques, and that is very promising if we think of the exceptionally

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sensitive radio telescopes that are under development, Japan WhatsApp Number List such as the Square Kilometer Array ”, indicates Miguel Pérez-Torres. This work has also made it possible to detect several radio flashes lasting just a few minutes, which respond to brief episodes of activity in the star, as well as a stellar flare that lasted for three days and whose radio brightness was ten times higher than usual. of the star. “These results are also interesting in regards to the possibility that Próxima b will host life. These radio wave flares must have been very strong for us to detect them, and some have lasted for days. Forms of life like those on Earth could not possibly survive this type of event ”, points out José Francisco Gómez.A research team from the University of Cádiz has

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genetically modified a bacterium to generate a strain capable of producing D-DIBOA, a biodegradable compound with herbicidal, insecticidal, fungicidal and bactericidal activity with an optimal yield of up to 100%, compared to 70% offered by chemical synthesis. The process, patented by the same experts, is carried out in an aqueous medium, which allows minimizing the use of organic solvents, thus being more respectful with the environment. As an alternative, the use of certain compounds of biological origin that some plants release to protect themselves from weeds has been proposed. Based on this approach, the research group on Allelopathy in Higher Plants and Microorganisms, of the Department of Organic Chemistry of the University of Cádiz ,

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