It is that time of year again - our sister title, Electro Optics, has revealed its Photonics100 list of photonics innovators for 2025, and many of this year's honourees are working on advanced imaging ...

The DeepInMiniscope developed by UC Davis combines optical technology and machine learning to create a device that can take high-resolution 3D images inside living tissue (Image: Mario Rodriguez / UC ...

Artist’s impression of the powerful winds blowing from the bright X-ray source GX13+1. The X-rays are coming from a disc of hot matter, known as an accretion disc, that is gradually spiralling down to ...

“One of the biggest benefits is detecting objects even when they’re partially hidden”: Taking hyperspectral imaging mainstream “We go beyond traditional computer vision systems by introducing hyper ...

“The AI models are able to learn robustly from minimal data”, says Heiko Huber (Image: 36ZERO Vision) Join 10,000+ vision professionals driving innovation in automation, AI and imaging with: ...

Simbe's platform uses computer-vision aided autonomous robots to increase real-time store intelligence (Image: Simbe) Join 10,000+ vision professionals driving innovation in automation, AI and imaging ...

A Business Research Insights report suggests the global 3D machine vision market is set to grow over 6% with demand from AI, robotics and smart factories ...

Purdue University researcher Young Kim and his team have combined computer vision, colour science and optical spectroscopy to create an algorithm that recovers detailed spectral information from ...

Finnish startup Agate Sensors has raised funding to shrink lab-grade spectroscopy technology into chip-scale sensors, for use in spectral machine vision ...

This autumn, Imaging & Machine Vision Europe takes off with its latest issue, where safety, sensing and smart connections ...