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Tag: miniature optical cavities

Manufacturing on the nanoscale: Optomechanical sensors with multiphoton polymerization

Written by
Hengky Chandrahalim and Jeremiah Williams have developed a new approach to manufacturing truly 3D sensors on optical fiber tips.

Sensors are the eyes, ears, and noses of autonomous devices. Whether it’s designed to operate on land, in the air or on ground, any autonomous device needs a huge array of sensors to provide real-time information to maneuver or perform more complex tasks. The challenge is making sensors small and light enough that they do not add bulk to the […]

Read More… from Manufacturing on the nanoscale: Optomechanical sensors with multiphoton polymerization

Posted in Articles, Engineering & TechnologyTagged autonomous devices, Captain Jeremiah Williams, Dr Hengky Chandrahalim, electromagnetic radiation, microblades, microscale devices, miniature optical cavities, multiphoton absorption, multiphoton polymerization, Nanoscale materials, optical fiber tip, optoelectronic devices, optomechanical sensing, photon, Sensors, unmanned vehicles, US Air Force Institute of TechnologyLeave a comment on Manufacturing on the nanoscale: Optomechanical sensors with multiphoton polymerization

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