”, explains Pablo Cano, co-author of the work. “It turns out that for the same amount of charge and rotation – adds the researcher – we can have several types of black holes with zero temperature that have different properties. These new solutions are completely exotic, since they do not have an analog in the theory of general relativity ”. Another of the main results of the work is the exact calculation of the entropy of these black holes. This is the first time that the entropy of a rotating black hole has been accurately calculated in theories that include curvature corrections. “Thanks to this new analysis, we have been able to observe that some of the exotic solutions mentioned may have higher entropy than conventional solutions. Therefore, there

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could be phase transitions analogous to those that Tunisia Phone Number List occur in a thermodynamic system, from the last to the first ”, details co-author David Pereñiguez. “If such transitions occurred, this would imply that exotic black holes could form, with properties very different from those predicted by Einstein’s theory,” concludes the researcher.Amber pieces with trapped fossils are windows of time open to the past that often surprise with revealing images of life on planet Earth. Now, a scientific team has described the first record of insects – specifically, beetles – trapped in pieces of amber some 99 million years ago, while simultaneously pollinating gymnosperm and angiosperm plants, a discovery not recorded until now in the scientific literature. . These pieces of

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Cretaceous amber, found in deposits in the Kachin region (Myanmar), show new aspects about the biology and behavior of four fossil species of beetles of the Kateretidae family. Currently, this group of insects – with less than a hundred species – are pollinators of angiosperm plants in South America and other temperate and subtropical areas of the planet. The discovery confirms the decisive role of beetles in the origin of the pollination of angiosperms (plants with visible flowers) and their fundamental role in the evolution of terrestrial ecosystems throughout the planet. The work also describes a new type of pollen fossilized in amber, called Praenymphaeapollenites cenomaniensis . The research, published in the journal iScience , includes

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