Advancing Nuclear Technology for Clean Energy And Human Welfare: Innovations from Mineral to Medicine
DOI:
https://doi.org/10.64252/4jcarv30Keywords:
Nuclear technology, clean energy, radioisotopes, small modular reactors, nuclear medicine, radiation safetyAbstract
Background:In the face of escalating environmental challenges and rising global energy demands, nuclear technology has re-emerged as a vital solution for clean energy production. Simultaneously, its applications in healthcare and food safety have expanded significantly, contributing to human welfare in diverse ways.
Aim or objective:This paper aims to explore the full spectrum of nuclear technology innovations, from mineral extraction to its applications in modern medicine and sustainable energy, while evaluating their implications for safety, efficiency, and human development.
Methods:A qualitative research approach was adopted, utilizing thematic content analysis of peer-reviewed journals, policy reports, and case studies sourced from databases such as Scopus, Web of Science, and PubMed. The literature review focused on developments post-2000 to ensure contemporary relevance.
Key results:The study found significant advancements in reactor design (including SMRs and Generation IV reactors), fuel cycle optimization, medical isotope applications, and nuclear waste management. It also identified improved safety protocols and growing acceptance of nuclear technology in non-energy sectors like medicine and agriculture.
Conclusion:Nuclear technology continues to evolve from a singular focus on energy generation to a multidimensional tool that serves clean energy goals and public health needs. Responsible innovation, policy integration, and public engagement are essential for maximizing its benefits.
