Using photons to study, transform, and manipulate matter is one of the longest-standing pillars of science. From such a simple paradigm, a myriad of possibilities have emerged. Almost every branch of the scientific tree has been somewhat touched by light, spanning from spectroscopy and microscopy to photocatalysis and photopolymerizations and all the way to photosynthesis and atmospheric photochemistry.
Despite significant advancements, the need for standardization and broad access to robust protocols for measuring and evaluating photochemical and photophysical parameters persists. Examples of important challenges related to the methods in these areas include measurement of comparable quantum yields, reliable quantification of light intensities (doses), performance evaluation of photocurable resins in additive manufacturing, and standardization of protocols for photo-medical therapies, to mention a few.
The goal of this Methods Collection is to highlight the best practices for performing experiments, data collection, and analysis in the general areas of photochemistry, photophysics, and photobiology. Researchers will have access to a standardized set of protocols, ensuring consistent and reproducible results. Students and newcomers to the field will benefit from a comprehensive guide to jumpstart their research. The broader scientific community will gain a deeper understanding of light-matter interactions, leading to discoveries and innovations. Ultimately, this collection will advance the field, promote collaboration, and contribute to developing novel technologies with real-world applications.
Infrared multiphoton dissociation spectroscopic study of mass-selected radical ions in the gas phase
Min Kou1,
Luyang Jiao1,
Mengying Du1,
Kairui Yang1,
Shiyin Xu1,
Zicheng Zhao1,
Xianglei Kong*1
1Nankai University
fNIRS protocol to study auditory development after hearing rehabilitation
Debora Miranda*1,
Luciana Macedo*1,
Suelen Oliveira1
1Universidade Federal de Minas Gerais