These switches provide guaranteed performance over the full -55 to +225 oC temperature range. Hydrothermal systems are ideal to understand how microbial communities cope with challenging conditions. L...
HOME / Chilean convergence switch is resistant to high temperatures - SMB AI-Systems & High-Speed Interconnect
High-altitude hydrothermal systems provide laboratories for understanding microbial adaptation to extreme conditions. Here we investigated thermodynamic controls on metabolic
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These switches provide guaranteed performance over the full -55 to +225 oC temperature range. Typically, parts will operate up to +300 oC for a year, with derated performance.
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Here we investigated thermodynamic controls on metabolic transitions in Lirima hydrothermal system (Chile, 4000 meters above sea level) calculating affinities of competing carbon and sulfur reactions
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Through geochemistry, numerical thermodynamic modeling, and stable isotope analysis, we identify Energetic Convergence Nodes where chemical affinities of competing pathways become equal.
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We have reviewed newly compiled data on the geometric, kinematic and mechanical properties and their variation along-strike of the Chilean margin and evaluated their competing influence on fore-arc
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Independent analysis confirms convergence at 63–64 °C, establishing Energetic Convergence Nodes as predictive frameworks for metabolic boundaries with applications for early Earth biogeochemistry and
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High altitude ecosystems around the Atacama Desert contain several hot springs that are characterized by extreme environmental factors such as those encountered in early earth, presenting extreme
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High elevation plants experience cold temperatures and short growing seasons that constrain their flowering window. These environmental limitations are expected to promote strong
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