Scientific American
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[:es]Heavy Rains and Hurricanes Clear a Path for Supercharged Mold[:]
[:es]Warmer temperatures and rising CO2 can also ramp up some fungal toxins and allergens [:]
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[:es]How Political Opinions Change[:]
[:es]A clever experiment shows it’s surprisingly easy to change someone’s political views, revealing how flexible we are[:]
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[:es]From Pine Cones to Hobbit Holes, Mimicking Nature Can Help Humans Adapt to Wildfires[:]
[:es]Looking to fire-adapted trees and animals could reduce the impacts of California’s deadly blazes[:]
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[:es]A String of Italian Earthquakes Hints at Forecasts for One Type of Quake[:]
[:es]The geology governing “sequence” quakes suggests scientists could, in theory, forecast the follow-up quakes[:]
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[:es]No, Science Communicators Are Not Undermining Public Trust[:]
[:es]Thinking outside the box is a requirement in this attention economy if we want science to reach mass audiences[:]
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[:es]The Danger of Judging Scientists by What They Discover[:]
[:es]Researchers follow the truth where it leads them, but study shows the personal costs[:]
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[:es]What Does Quantum Theory Actually Tell Us about Reality?[:]
[:es]Nearly a century after its founding, physicists and philosophers still don’t know—but they’re working on it[:]
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[:es]Black Hole Pretenders Could Really Be Bizarre Quantum Stars[:]
[:es]New research reveals a possible mechanism allowing “black stars” and “gravastars” to exist[:]
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[:es]Nobelists, Students and Journalists Grapple With the Anti-Science Movement[:]
[:es]The annual Nobel Laureates Meeting in an ancient German city takes on an extremely timely problem[:]