In this comment we discuss some aspects of , 2022, , 15851, by Allison , an article intensely motivated by our study of grazing incidence fast atom diffraction (GIFAD) for He-KCl(001) [G. A. Bocan, H.
Most research on ionizing radiations in cancer treatment has primarily focused on the ionization process, overlooking the effects of excitation events.
This study utilizes a novel cathodoluminescence system to analyze the excited states of DNA when exposed to accelerated electrons in the picosecond time frame.
Findings indicate both qualitative differences and quantitative similarities between DNA's excited states under electron and photon exposure, highlighting the importance of understanding these processes.