
A 3-D printed gel structure lifts and lowers a US dime when alternately exposed to water and DMSO solvent. Credit: © Chenfeng Ke
Using advanced 3D printing, Dartmouth College researchers have unlocked the key to transforming microscopic nanorings into smart materials that perform work at human-scale. Nanomachines can already deliver medication and serve as computer memories at nanometer scale. By integrating a 3D printing technique pioneered at Dartmouth’s Ke Functional Materials Group, researchers may unlock even greater potential for these mini-machines.
“Up until now, harnessing the mechanical work of nanomachines has been extremely difficult. We are slowly getting closer to the point that the tiny machines can operate on a scale that we can see, touch and feel...
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