In a groundbreaking study, scientists have put forth a novel theory regarding dark matter and its potential impact on the chemical processes within the Milky Way. The research suggests that a different form of dark matter, characterized by significantly lower mass than the conventional WIMPs, might be the key to unraveling the enigmatic phenomenon observed at the core of our galaxy. Dr. Shyam Balaji, part of the study's lead team, highlights the presence of positively charged hydrogen clouds at the galactic center, a puzzling occurrence that defies the norm of neutral gas. By attributing this to a lighter form of dark matter, the researchers propose that collision-induced ionization of the hydrogen may be occurring due to annihilation processes involving these lesser mass dark matter particles. This revelation challenges the existing theories centered around WIMPs and cosmic rays, suggesting a new avenue for understanding the energy dynamics in the Milky Way. By examining the Central Molecular Zone (CMZ) directly, the study indicates that dark matter could have a weight far below what was previously imagined. Moreover, the implications of this discovery extend beyond dark matter elucidation, potentially shedding light on elusive X-ray emissions detected at the galaxy's center. This interdisciplinary approach not only enhances our comprehension of dark matter but also offers a fresh perspective on the cosmic mysteries that have intrigued scientists for decades.