Combining Two Nobel Prize-Winning Techniques: A New Microchip Technology

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Combining Two Nobel Prize-Winning Techniques: A New Microchip Technology
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Physicists at Delft University of Technology have developed a new technology on a microchip by combining two Nobel Prize-winning methods for the first time. The microchip is capable of accurately measuring distances in materials, which could have applications in areas such as underwater measurement

Artist’s impression of the trampoline-shaped sensor. The laser beam that passes through the middle of the trampoline membrane creating the overtone vibrations inside the material. Credit: Sciencebrushhave developed a new technology on a microchip by combining two Nobel Prize-winning methods for the first time. The microchip is capable of accurately measuring distances in materials, which could have applications in areas such as underwater measurement and medical imaging.

The new technology, which utilizes sound vibrations instead of light, could be useful for obtaining high-precision position measurements in materials that are opaque. This breakthrough could result in the development of new methods for monitoring the Earth’s climate and human health. The findings have been published in the journalThe microchip mainly consists of a thin ceramic sheet that is shaped like a trampoline.

This new technology could be used to measure positions in materials using sound waves. What makes it special is that it doesn’t need any precision hardware and is therefore easy to produce. “It only requires inserting a laser, and nothing else. There’s no need for complex feedback loops or for tuning certain parameters to get our tech to operate properly. This makes it a very simple and low-power technology, that is much easier to miniaturize on a microchip”, Norte says.

Reference: “Mechanical overtone frequency combs” by Matthijs H. J. de Jong, Adarsh Ganesan, Andrea Cupertino, Simon Gröblacher and Richard A. Norte, 16 March 2023,

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