Researchers at Lawrence Livermore National Laboratory have broken the “3-D printed glass barrier” by developing a direct ink writing method to 3-D print optical glass that uses silica and silica titania from sol-gel.
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There’s been a video circling around online this past month of a Shaolin monk throwing a needle at a pane of glass, breaking the glass with its tiny point—but I have a gripe with the video and all the hype swirling around it.
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In an effort to develop more intelligent data analysis to drive informed nanomaterials design, a unique research initiative at Lehigh University is taking the human element into account in its quest to evolve how we analyze data.
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A research team developed a 3-D printing process to make a high-quality, low-cost optical lens that could be fabricated a lot quicker than conventional methods and used in a number of applications for the optical and medical industries.
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Researchers at North Carolina State University (Raleigh, N.C.) have now broken the critical casting thickness—the previous maximum possible size—for fabricating bulk metallic glass by using laser-based powder bed additive manufacturing.
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Researchers from the University of Reading in the U.K. report that they have devised and tested a zeolite filter that can significantly reduce the presence of carcinogens yet preserve that delicious flavor of smoked foods.
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Analytical materials characterization company MSE Supplies can relate to the high-suspense drama of getting experimental data—the company recently published a short video that hilariously brings this lab-turned-movie-set situation to life.
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Researchers at Northwestern University (Evanston, Ill.) recently demonstrated graphene’s potential as a hair dye that is easily applied, resists washing out, and is much less toxic than current hair coloring methods.
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The April 2018 issue of the ACerS Bulletin—featuring articles about ceramics in the semiconductor industry, refractory firebricks for energy storage, high-temperature furnace coatings, ceramic proppant supply, and additive manufacturing at Ceramics Expo 2018—is now available online.
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A team of scientists from Texas A&M University has developed an aqueous deposition technique to build flexible MXene thin films that could enable new possibilities for future flexible electronics.
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