DNA origami: MIT scientists conceive of folded DNA quantum rods for 3D screens
MIT's DNA origami. Dr. Xin Luo, BatheBioNanoLab

DNA origami: MIT scientists conceive of folded DNA quantum rods for 3D screens

??You're reading The Vital Component, a breakdown of the week's engineering news delivered to your inbox. I’m Tim, an editor at IE. Let's dive in.

This weekend, learn how MIT scientists are using?DNA origami and quantum rods?to conceive of new ways to develop the next generation of 3D displays. Plus, there’s?bad news?for all those who are hopeful about LK-99’s superconductivity, but better news from scientists at Fermi who are looking for?physics beyond the Standard Model.?

Learn more about each story, and discover this week’s other science and engineering highlights, below.

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MIT engineers have developed a technique to align quantum rods on TV screens for 3D VR images using scaffolds made from folded DNA, termed?DNA origami. This method ensures uniform direction of the rods on a 2D surface, optimizing light interaction.?

The process, which involves?attaching DNA to quantum rods, significantly reduces manufacturing time. The team aims to expand this technology beyond just AR/VR, emphasizing the sustainability of DNA as a manufacturing material and the need for environmentally friendly quantum rods.

Hopes for a new industrial revolution led by room-temperature and ambient-pressure superconductivity will have to be postponed, for now. A major research center has cast doubt on the purported properties of newly synthesized material LK-99,?dismissing claims that it is a room-temperature superconductor.

An international team of scientists working on the Muon g-2 experiment at the?U.S. Department of Energy’s Fermi National Accelerator Laboratory?may be on the brink of discovering a new force of nature that could revolutionize our understanding of the universe. The results showed that the?muons wobbled faster?than the standard model, the best theory to describe the sub-atomic world, said they should.?


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“DNA is particularly attractive as a manufacturing material because it can be biologically produced, which is both scalable and sustainable, in line with the emerging U.S. bioeconomy. Translating this work towards commercial devices by solving several remaining bottlenecks, including switching to environmentally safe quantum rods, is what we’re focused on next.”

Mark Bathe, MIT professor of biological engineering


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