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With the advent of DNA sequencing and other techniques, computational biologist Bonnie Berger is using computer science and mathematics to tease insights from a deluge of biological information. The theme of her work, she says, is “data, data, data.”

A study of cancer cells’ responses to drug-delivering nanoparticles could help in designing nanoparticles to target specific cancers. “We are learning how surface chemistry and other material properties play a role in targeting,” Paula Hammond says.

A material called cubic boron arsenide may be the best semiconductor ever found, researchers say. A new study shows it has some major advantages over silicon, the workhorse of technologies from solar cells to computer chips.

Via @mitathletics on Instagram: “Congratulations to the 36 members of @girlsintheboat who were named to the @patriotleague Academic Honor Roll on Monday!”

Lavender Tessmer, a doctoral candidate in architecture, has developed a new active fiber and designed a process that — combined with a specific knit textile architecture — uses heat to activate a mask to conform to an individual’s face.

Alex K. Shalek analyzes the gene expression patterns of individual cells to figure out how each cell contributes to the function of a tissue or organ. “I've always been very motivated to connect our science to human health,” he says.