Quantitative Spectroscopy News Today

Atmospheric halos are caused by the scattering, refraction, and focusing of light by ice crystals in in the air, and they're even seen on Mars.

Scientists at the University of Helsinki and Ural Federal University Jarmo Moilanen and Maria Gritsevich have systematized information on all forms of atmospheric halo recorded by mankind at the end of 2021 for the first time in the history of observ

Scientists at the University of Helsinki and Ural Federal University Jarmo Moilanen and Maria Gritsevich have systematized information on all forms of atmospheric halo recorded by mankind at the end of 2021 for the first time in the history of observ

In a pre-proof study from the Journal of Quantitative Spectroscopy and Radiative Transfer, researchers used artificial intelligence (AI) models to effectively predict the emissivity of functionalized surfaces produced by the femtosecond laser surface processing method.

A recent paper illustrated a low-cost digitally integrated LiDAR with TDC that is completely FPGA-controlled and processed in a low-end FPGA chip with constrained configurable logic block resources.

This study demonstrates a compact deep UV Raman spatial heterodyne spectrometer for biologics analysis.

This article outlines the use of Deep UV resonant Raman spectroscopy to analyze molecular compounds with high specificity.

The polar region cloud system, one of the key components governing climate change, is extremely sensitive to sea ice distribution, lower-tropospheric stability, and atmospheric circulation. This article looks at a study that investigated the fraction of ice cloud and temperature in the troposphere o

Biophotonics tools have been accounting for a larger proportion of next-generation diagnostic and therapeutic modalities, provided that they offer information of tissue functionality and composition with minimal invasiveness. This article looks at Pacheco, A et al.'s paper published in Journal of Biomedical Optics.