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We, as a team from Peru, have chosen to name our artificial intelligence model ‘Tunki’ after the mythical and emblematic bird of Peru. The Tunki bird, with its rich cultural significance and deep roots in Peruvian folklore, represents not only our nation’s heritage but also the potential for discovery, innovation, and elevation. Just as the…
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The Tunki Artificial Intelligence Model is an computational system that harnesses available research from NASA’s space biology teams. Its primary focus is to offer a comprehensive understanding of the current state of knowledge on the impacts of cosmic radiation on living organisms. This understanding is built on a vast database of studies, experiments, and observations.…
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From the provided text about the effects of chronic exposure to cosmic radiation on plants, the keywords and key phrases can be listed as: These keywords and phrases encapsulate the primary themes and concepts discussed in the text.
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Cosmic radiation, also known as cosmic rays, refers to high-energy charged particles originating from outer space that penetrate the Earth’s atmosphere. They are composed of primarily protons (about 89%), helium nuclei (about 10%), and a small percentage of heavier elements, electrons, and gamma rays. Here’s a breakdown of cosmic radiation and its relevance: Sources: Types:…
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The study of the effects of cosmic radiation on plants is still in its initial stages, primarily conducted through experiments on Earth simulating cosmic conditions or studies in space travel scenarios, such as aboard the International Space Station. Cosmic radiation is composed of high-energy, charged particles, and exposure to it can have several significant impacts…
“Together to Space”
