We study the design of electronics measurement systems with a focus on applications where computing electronics, radiation detectors, electromagnetic radiation sources and image analysis are combined.
Wide spectrum electromagnetic radiation from sources interact with the material such that unique spectral signatures allow for identification of materials over an observed area. Application examples are contamination of e.g. plastics, petroleum, humidity, metals and heavy metals, also in harsh environments where these methods has not been possible before.
Our research group is a partner in the Medipix particle imaging system development hosted by CERN. Ongoing research studies includes profiling of heavy metals in bottom sediments of sea, quality assurance of products extracted from food waste, classification of road conditions using vehicle mounted sensors as well as synchrotron measurements within Treesearch.
Treesearch - collaboration on the research on new materials from the forest
The airport of the future will be largely autonomous and will have a high degree of remote control. This places high demands on reliable technology and monitoring, technologies that are developed i...
The central problem area that we want to address in this project is how to combine different spectroscopic methods, merge 2D imaging spectral data and use AI for fast and accurate recognition of...
In collaboration with Luleå University of Technology, Mid Sweden University and STC will design a prototype sensor for the detection of various pollutants on rails over the cross-section of the rails.
Pollution in water can affect both people and society. In MiLo Water, the researchers will build on the technologies and methods developed in the previous project MiLo to be able to identify and...
The page was updated 9/21/2021
