Research news on thermal imaging

Thermal imaging is a non-contact sensing method that detects and visualizes spatial distributions of infrared radiation emitted by objects, converting them into temperature-resolved images. It typically employs uncooled microbolometer arrays or cooled photon detectors sensitive to mid- or long-wave infrared bands, with optics and calibration algorithms to map radiance to apparent surface temperature. The technique enables quantitative thermography, including emissivity correction, noise filtering, and temporal analysis, and is widely used for condition monitoring, biomedical diagnostics, materials characterization, building envelope assessment, and process control, where high sensitivity to small temperature gradients and accurate radiometric calibration are critical for reliable measurement and interpretation.

Filling the gaps in global rainfall maps

Global rainfall maps are built from observations collected by multiple satellites, but they have an important limitation. The satellites that provide these measurements cannot see the whole Earth at once. As a result, some ...

Drones take farming to new heights

High above the fields of the Morven Sustainability Lab, drones equipped with heat and light sensors are changing what it means to farm smarter. This month, researchers and students from the University of Virginia, NASA and ...

ESCAPADE's cameras capture Earth and moon

In November 2025, NASA's Mars-bound ESCAPADE (Escape and Plasma Acceleration and Dynamics Explorers) spacecraft launched from Cape Canaveral with special cargo on board: two camera systems designed and built by faculty and ...

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