The new SANXO-Scope digital microscope debuted at the Innoelectro 2024 International trade fair. It supports manual inspection with Gerber file overlay viewing.
A novel method for creating ultraviolet (UV) light sensors has been discovered by Macquarie University researchers, and this could result in wearable technology that is more adaptable and efficient.
A world leader in the design and development of ultrafast femtosecond and picosecond infrared lasers provides enabling technology for quantum applications.
A world leader in the design and development of ultrafast femtosecond and picosecond infra-red lasers is helping researchers characterize single photon detectors (SPDs), essential for many applications such as quantum key distribution, LIDAR, and sensing and characterization of samples using fluorescence lifetime measurement.
A recent study published in the journal Advanced Photonics Nexus, by researchers from SPIE, reveals a breakthrough, proposing a novel kind of sensor that uses exceptional points (EPs) to achieve previously unheard-of levels of sensitivity.
Researchers at ACS Central Science demonstrate how to package fluorescent sensors for simple passage across the BBB in mice, allowing for better brain imaging.
LASER COMPONENTS is pleased to introduce the iC-LA and iC-LF series CMOS linear image sensors from iC-Haus.
A study published in Plant Phenomics on 6th June, 2024, explores the efficacy of Phenogrid, a phenotyping system built for early-stage plant monitoring under biotic stress, with the goal of tackling plant disease resistance.
CEA-Leti scientists reported a series of successes in three related projects at ECTC 2024 that are key steps to enabling a new generation of CMOS image sensors (CIS) that can exploit all the image data to perceive a scene, understand the situation and intervene in it – capabilities that require embedding AI in the sensor.
Researchers at Empa and ETH are working on a perovskite image sensor that has the potential to capture three times as much light and produce true-color images even in dimly lit environments.
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