Access the comprehensive database of nuclear science domains. From nuclear reactors and fusion research facilities to radiation laboratories, discover verified websites of institutions advancing nuclear technology and fundamental physics.
Navigate the nuclear science landscape with comprehensive data on reactors, research facilities, and regulatory organizations worldwide.
Nuclear science encompasses fission and fusion research, nuclear medicine, radiation safety, and fundamental nuclear physics. Our database provides access to national laboratories, nuclear power research centers, fusion experiments like ITER, and university nuclear engineering departments. Related data is available in our Physics Research collection.
Whether you're tracking nuclear technology developments, identifying research partners, or analyzing the nuclear energy sector, our database delivers intelligence on the global nuclear science ecosystem.
"Nuclear science continues to advance both fundamental understanding of matter and practical applications from clean energy to medical diagnostics and cancer treatment."
-- Nuclear Science Research Review, 2024Nuclear science is the study of atomic nuclei, their constituents, and the interactions that govern their behavior. This broad discipline spans fundamental research into the forces binding protons and neutrons together, the development of nuclear reactors for electricity generation, and applied fields such as nuclear medicine, radiation therapy, and industrial radiography. Research in nuclear science has produced transformative technologies including nuclear power plants generating roughly ten percent of the world's electricity and medical isotopes used in millions of diagnostic procedures annually.
The field of nuclear fission has evolved considerably since the first controlled chain reaction in 1942. Modern reactor designs include Generation III+ pressurized water reactors, boiling water reactors, and advanced small modular reactors that promise enhanced safety features and reduced construction timelines. Meanwhile, nuclear fusion research at facilities like ITER in France, the National Ignition Facility in the United States, and JET in the United Kingdom pursues the long-term goal of replicating the energy process of stars to provide virtually limitless clean energy.
Nuclear science also plays a critical role in national security, environmental monitoring, and materials analysis. Techniques such as neutron activation analysis, nuclear magnetic resonance, and positron emission tomography have applications far beyond the energy sector. Universities worldwide maintain research reactors and particle accelerators that train the next generation of nuclear scientists while contributing to discoveries in nuclear structure, astrophysics, and the synthesis of new elements at the far reaches of the periodic table.
Comprehensive coverage of nuclear research and energy sectors. For complementary data, explore our Materials Science database. Professionals also reference our Chemistry Laboratories resources.
Fundamental research, particle physics
Power generation, research reactors
Tokamaks, plasma physics, ITER
Radiopharmaceuticals, imaging
Protection, dosimetry, regulations
Storage, disposal, remediation
Explore how researchers, policymakers, and industry professionals leverage nuclear science domain intelligence for strategic initiatives.
Academic researchers and national laboratory scientists use nuclear science databases to identify potential collaborators working on complementary experiments. By mapping the global landscape of institutions studying specific isotopes, reactor designs, or plasma confinement methods, researchers can form partnerships that share expensive equipment, pool expertise, and co-author publications that advance the collective understanding of nuclear phenomena.
Government agencies and energy policy think tanks use nuclear science domain data to assess the global nuclear energy landscape. Tracking which nations are expanding reactor fleets, investing in small modular reactors, or advancing fusion programs informs policy recommendations about energy security, carbon reduction targets, and international nuclear cooperation agreements that shape the future of clean baseload electricity generation.
University administrators and accreditation bodies use nuclear science databases to benchmark nuclear engineering programs against peer institutions. Comparing research output, faculty specializations, laboratory facilities, and industry partnerships helps departments identify strengths and gaps, recruit faculty, and develop curricula that prepare graduates for careers in reactor operations, radiation protection, and emerging fields like nuclear forensics.
Pharmaceutical companies and hospital networks use nuclear science data to map the global supply chain for medical radioisotopes such as technetium-99m and fluorine-18. Understanding which reactors and cyclotrons produce specific isotopes, their capacity constraints, and distribution networks helps healthcare organizations plan procurement strategies and mitigate supply disruptions that could affect patient diagnostic procedures.
Venture capital firms and infrastructure investors use nuclear science databases to evaluate opportunities in the expanding nuclear sector. From advanced reactor startups to nuclear fuel cycle companies and fusion energy ventures, comprehensive domain data helps investors identify emerging companies, assess competitive landscapes, and track the commercialization progress of next-generation nuclear technologies seeking private capital funding.
Nuclear facility operators and regulatory consultants use domain databases to track the evolving landscape of nuclear safety organizations, licensing authorities, and international oversight bodies. Monitoring regulatory websites across jurisdictions ensures compliance with updated safety standards, reporting requirements, and decommissioning protocols that govern every phase of a nuclear facility's lifecycle from construction permit through final site remediation.
Each domain record includes detailed attributes covering the full spectrum of nuclear science institutions and organizations.
Our nuclear science database provides extensive coverage across the major nuclear research nations including the United States, France, Russia, China, Japan, and the United Kingdom. American coverage includes all seventeen Department of Energy national laboratories, university research reactors at institutions like MIT, Oregon State, and Penn State, and private sector companies developing advanced reactor designs. European coverage spans CERN, the European nuclear research organizations, and the growing network of fusion research facilities participating in the EUROfusion consortium.
Emerging nuclear nations in the Middle East, Southeast Asia, and Africa are also represented as countries like the United Arab Emirates, Bangladesh, and Egypt commission their first nuclear power plants and establish associated regulatory and research institutions. Our database tracks the International Atomic Energy Agency member states and their affiliated nuclear research centers, providing users with a complete view of the global nuclear science ecosystem from mature programs with decades of operational experience to nascent programs building foundational capabilities.
Get instant access to 18,000+ nuclear science domains with comprehensive enrichment data. Our Earth Sciences collection offers related insights. Explore Nanotechnology for advanced materials research.
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