(97) videos
Microfluidic devices are like circuit boards for biology, allowing liquids containing different chemical signals to combine in an automated fashion for fast, cheap analyses of everything from COVID-19 tests to DNA sequences. In this video, we go [...]behind the scenes at BU’s Cross-disciplinary Integration of Design Automation Research (CIDAR) lab to see microfluidic devices in action.
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Boston University mechanical engineers have developed a unique way to use an ancient Japanese art form for a very 21st-century purpose. Douglas Holmes, BU College of Engineering associate professor of mechanical engineering, studies how materials [...]change shape when they are bent or warped by external forces. In a paper published this week in Science Robotics, Holmes and BU PhD student Yi Yang demonstrate how they were inspired by kirigami, the traditional Japanese art of paper cutting (cousin of origami paper-folding art), to design soft robotic grippers.
By cutting sheets of plastic in specific shapes, and then bending them in a specific way, the plastic morphs into a gripper that can safely and securely pick up objects of various size, weight, shape, and fragility. Using the kirigami technique, they’ve developed grippers so small they can pick up a single grain of sand, and large enough to pick up a bottle of water. Holmes and Yang hope that this research will make a significant contribution to the emerging field of soft robotics.
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It’s like a copying machine for masks: a BU-based center has designed a machine to crank out 2,000 masks per hour, a potential game-changer in the COVID-19 pandemic.
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Just like the rest of us, Boston University's scientific community has to contend with returning to work under new safety protocols and physical distancing guidelines amid the COVID-19 pandemic. What does that look like in a cutting edge research [...]facility like the Rajen Kilachand Center for Integrated Life Sciences & Engineering? BU Today took a behind-the-scenes look at how building and lab managers are getting BU's scientists back to work, safely.
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"Master/Slave" terminology is prevalent throughout engineering, from automotive parts to Bluetooth technology. When Santiago Gomez (ENG'22) discovered this, he had to speak out. In this video, Santiago shares his story of how he lobbied for the [...]removal of "master/slave" from Pearson engineering textbooks, and how steps like this need to be taken to chart a course toward truly antiracist education.
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From the slithering of snakes to the crawling of octopuses, the field of soft robotics has often taken cues from the natural world. But what about the supernatural? Boston University’s Morphable Biorobotics Lab is doing just that with [...]“Dart,†a new soft robot whose nickname was inspired by its resemblance to creatures from the popular Netflix series “Stranger Things.â€
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In our new series “Behind the Scenes at BU,†we take you to places across campus you might not know exist. First up, a remarkable space hidden behind an unremarkable door in a basement on Cummington Mall. We’re talking about [...]BU’s Scientific Instrument Facility, which produces experimental, cutting-edge hardware to support Boston’s vibrant research community. Founded in 1987, SIF produces cutting-edge, experimental hardware for use in scientific experiments being conducted by researchers here in Boston and across the globe. The shop’s highly skilled technicians build the tools that make discovery possible, from desktop vacuum chambers for use in labs here on campus to components for major research projects like the Dark Energy Spectroscopic Instrument (DESI) at the Kitt Peak National Observatory in Arizona and at the ATLAS experiment at CERN, the European atomic physics laboratory in Geneva, Switzerland.
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BU researchers Xin Zhang, Stephan Anderson, and their team at the Boston University Photonics Center, Guangwu Duan and Xiaoguang Zhao, designed a new magnetic metamaterial that can create clearer images at more than double the speed of a standard MRI [...]scanner. In this video, learn how their magnetic metamaterial works.
Read the full story, "Magnetic Metamaterial Can 'Turn Up the Volume' of MRI" on BU Research: /research/articles/magnetic-metamaterial-mri/
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A short look into Intro to Robotics, taught in the spring of 2019.
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