Online Desk :
In a remarkable achievement, Dr. Sopan Das of the Bangladesh Atomic Energy Commission (BAEC) has revolutionized the field of nuclear engineering with his pioneering Radon Thoron Discriminative Detector. This cutting-edge device, unveiled in a recent press release, represents a significant leap forward in radiation detection technology.
Dr. Das, a distinguished scientist with over a decade of experience, holds a PhD and Master’s degree in Nuclear and Quantum Engineering from the Korea Advanced Institute of Science and Technology (KAIST). His detector stands out for its unique capability to differentiate between radon and thoron gases, a critical breakthrough in combating lung cancer, the second leading cause of the disease worldwide.
Radon and thoron, prevalent radioactive gases found in homes, pose serious health risks when inhaled over time. Existing detection methods often fail to distinguish between these gases accurately. Dr. Das’s detector addresses this gap, enabling early detection and intervention to reduce lung cancer rates. Users can now monitor indoor air quality based on World Health Organization (WHO) guidelines, enhancing preventative measures.
Dr. Das’s professional journey reflects a steadfast commitment to advancing radiation detection methods. From his early career at the Institute of Nuclear Medicine and Allied Sciences in Chattogram to his current role as a Senior Scientific Officer at the Atomic Energy Centre in Chattogram, he has consistently pursued excellence in nuclear science and technology.
Beyond his groundbreaking detector, Dr. Das holds patents for innovative measurement systems, including a Real-Time Rn and Tn Discriminative Measurement System using Air-Flow Delay, highlighting his broad impact on radiation monitoring and nuclear medicine.
Recognizing the global need for accessible health technologies, Dr. Das aims to make his detector affordable and widely available. Priced around $300, significantly lower than existing models costing approximately $7,000, his innovation promises to reach a broader audience, potentially saving countless lives worldwide.
Dr. Das’s dedication to advancing public health underscores the critical role of scientific innovation in improving quality of life globally. His achievements not only promise advancements in lung cancer prevention but also exemplify the importance of accessible healthcare solutions for all.