Maximilian Peter Dammann

The use of spectroscopy to measure gas properties such as temperature and concentration spans many fields, including combustion diagnostics [[1], [2], [3]], atmospheric science [4,5], astrophysical research [6,7], and industrial sensing [8,9]. Such measurements can be inferred from the shape and intensity of the absorption spectra using spectroscopic parameters such as the line strength and broadening coefficients.

The combustion of fossil fuels stands out as the predominant source of CO2 emissions around the world, especially in the context of rapid economic development. As economies continue to grow, energy demand is expected to rise, leading to substantial consumption of fossil energy [1], [2]. Addressing global warming requires advanced technologies to promote clean and efficient combustion of hydrocarbon fuels, significantly reducing greenhouse gas emissions.