There’s still a gender gap when it comes to women versus men in STEM-related career fields, but these super girls are helping to close it.
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The concept of the invisibility cloak is no longer limited to the pages of J.K. Rowling’s fictional masterpieces. Scientists at the University of California, Berkeley are developing this technology for scalable, real-world applications.
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Researchers at Colorado School of Mines have now propelled that continual innovation even further with their latest report on a new ceramic material and production technique that holds big promise for our fuel cell-filled futures.
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The European Ceramic Society hosted a summer school program June 17–19 in Madrid that focused on ceramic and glass science and technology—specifically, applications to bioceramics and bioglasses.
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Scientists at Columbia University are using their research to think differently about sustainable energy generation. And that approach is allowing the team to harness an invisible power source that’s available nearly everywhere—water evaporation.
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Scientists at ETH Zurich have found that doping is not the only way to influence ion conductivity in ceramic membranes.
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A working group of 30-plus academic and business leaders organized by the New York Stem Cell Foundation has put forth seven strategies to address financial support, psychological and cultural issues, and collaborative and international initiatives they believe will advance women in an often imbalanced STEM landscape.
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Americans think that our country’s achievements and advancements in science are tops—but when it comes to their views on top issues like climate change and nuclear power, their perceptions differ from the views of scientists, says a new report from the Pew Research Center.
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If your work involves batteries or silicon, consider yourself among the members of the five hottest fields in scientific research.
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A couple of University of California, Los Angeles researchers have devised a patterned surface that resembles a bed of nails and is superrepellent against all liquid assaults—a true superomniphobic surface.
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