Abstract

This article explores the evolving field of atomic dust science and its applications in various disciplines, with a particular focus on forensic palynology. Atomic dust analysis encompasses the study of microscopic particles suspended in the atmosphere, providing insights into environmental conditions, air quality, and geological processes. In the context of forensic palynology, atomic dust science offers novel methodologies for trace evidence analysis, particularly in criminal investigations and legal proceedings. This study investigates current advancements in atomic dust analysis techniques, including spectroscopic methods and elemental characterization, to identify and trace particulate matter sources. The integration of these analytical approaches with palynological methods enhances the forensic investigation toolkit, facilitating the identification of geographical origins, environmental exposures, and potential suspect profiles based on particulate matter residues. Furthermore, this article explores prospective developments and future directions in atomic dust science, such as advancements in analytical instrumentation, data interpretation techniques, and interdisciplinary collaborations. These developments aim to expand the application of atomic dust analysis beyond forensic contexts, potentially informing environmental monitoring, public health assessments, and geological research. Overall, this article highlights the transformative potential of atomic dust science in forensic palynology and beyond, emphasizing its role in enhancing trace evidence analysis, environmental monitoring, and scientific investigations in diverse fields.