Yinka Ilori Finally Told the Story of Chairs Nobody Wanted

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Yinka Ilori Finally Told the Story of Chairs Nobody Wanted

Every neighborhood has that curb. The one where a slightly wobbly dining chair or a stained armchair shows up on trash day, waiting for someone... Explore the content:


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Two molecules work together to seal microscopic gaps in perovskite solar cells

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A research team has developed a dual-molecule passivation technology that simultaneously improves the efficiency and stability of inverted perovskite solar cells. The research is published in the journal ACS Applied Materials & Interfaces. The study was led by Dr. Sungjun Hong of the Photovoltaics Research Department at the Korea Institute of Energy Research (KIER), and was conducted in collaboration with professors Young Seok Park of Ulsan National Institute of Science and Technology (UNIST) and Kyung-Koo Lee of Kunsan National University. Explore the content: http://dlvr.it/TVHxP9
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Measuring the Mass of the Universe Isn't As Simple as Astronomers Thought

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How do scientists know the mass of the Universe? Measuring it has traditionally relied on knowing how many stars there are in galaxies, as well as clouds of gas and dust, and associated dark matter. Astronomers generally use the mass of the brightest stars to estimate the mass of an entire galaxy. That means the rest of a galaxy's stars and its dark matter are essentially invisible. For decades, astronomers estimated the number of small, unseen stars in clusters and galaxies using a mathematical rule that assumed stars formed in roughly the same mass proportions everywhere in the Universe. That tool is called the initial mass function (IMF). It describes how many stars of each size there are in a given cluster or galaxy. However, there are challenges with the way it's currently applied because of assumptions it contains. Explore the content: http://dlvr.it/TVDjKQ
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