According to Xinhua News Agency, French scientists have built a house on the tip of the fiber that can only be placed under a microscope. In the future, this precise control technology can be used to mount the micro-sensor on the fiber to detect extremely small places or objects. .
Scientists at the Franche-Comté and Institute of Opto-Electronics Technology used a focused ion beam, a jet system, and a flexible micro-robot to make the small house in a vacuum chamber, sticking it to 300 microns (0.3 Mm) See the end of a fiber. With the aid of a microscope, the small house can be seen as a hard top, with one door and two windows. Two engineers used multiple computers to control the construction process of the house.
Jean-Yves Lauk, who participated in the project, said: "We decided to build this miniature house on fiber to prove that we can assemble the micro system with high precision on a single fiber." The Science and Technology Journal published a report introducing this project.
The Laugh team intends to challenge higher-precision projects to create miniature structures at the ends of carbon nanotubes ranging from 20 nanometers (0.00002 mm) to 100 nanometers (0.0001 mm).
Scientists at the Franche-Comté and Institute of Opto-Electronics Technology used a focused ion beam, a jet system, and a flexible micro-robot to make the small house in a vacuum chamber, sticking it to 300 microns (0.3 Mm) See the end of a fiber. With the aid of a microscope, the small house can be seen as a hard top, with one door and two windows. Two engineers used multiple computers to control the construction process of the house.
Jean-Yves Lauk, who participated in the project, said: "We decided to build this miniature house on fiber to prove that we can assemble the micro system with high precision on a single fiber." The Science and Technology Journal published a report introducing this project.
The Laugh team intends to challenge higher-precision projects to create miniature structures at the ends of carbon nanotubes ranging from 20 nanometers (0.00002 mm) to 100 nanometers (0.0001 mm).
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