Luka Snoj

Papers

Total Citations

120

H-Index

About

Dr. Luka Snoj is a leading researcher in nuclear engineering and radiation detection, whose work is pivotal in advancing the safety and efficiency of nuclear operations. His primary research areas encompass radiation mapping, nuclear fusion diagnostics, and the development of robotic systems for hazardous environments. Dr. Snoj’s most impactful contribution is his pioneering use of Gaussian process regression for radiation mapping of nuclear reactors with mobile robots (78 citations), a method that dramatically reduces human exposure to ionizing radiation during routine surveys and crisis response. He further advanced this field by designing and testing a robot-compatible instrument for simultaneous γ-ray spectroscopy and imaging of an operating reactor (18 citations), integrating a cerium bromide scintillator with a lead collimator. Additionally, his work on fusion yield measurements at JET (24 citations) demonstrates his versatility, contributing to calibration techniques critical for fusion energy research. Through these innovations, Dr. Snoj is shaping the future of remote, autonomous nuclear inspection, making reactor environments safer for both workers and the public.