strategy
Developing nuclear science
Synonyms:
Carrying out research into fundamental particlesStudying sub-atomic physics
Advancing nuclear technology
Conducting nuclear research
Researching nuclear applications
Context:
Since the ancient Greek philosophers conjectured that everything is made of atoms, scientists have been struggling to identify the smallest units of matter. A century ago William Bragg pioneered the use of X-rays to look at atoms. Atomic nuclei containing protons and neutrons, with their orbiting electrons, were discovered. Today, giant accelerator machines, some larger than cities, can probe deep inside the atom. As yet there is no satisfactory understanding of the structure of the fundamental particles, known as quarks and gluons, which are known as hadronic matter and comprise most visible matter in the universe. Narrower:
Developing nuclear medicineDeveloping radiation handling techniquesCarrying out sub nuclear physics researchDeveloping nuclear methods in agricultureControlling thermonuclear fusion experiments Facilitated by:
Supporting nuclear physicsSupplying fissile materialsCoordinating interchange of nuclear expertise Organizations:
Joint Institute for Nuclear Research European Atomic Energy Community International Nuclear Track Society European Group for Atomic Systems International Commission on Atomic, Molecular and Optical Physics Regional Cooperative Agreement for Research, Development and Training Related to Nuclear Science and Technology in Asia Regional Cooperation Agreement for the Promotion of Nuclear Science and Technology in Latin America and the Caribbean International Society of Nuclear Air Treatment Technology International Nuclear Target Development Society Subjects:
Fundamental Sciences → Atomic physicsAction → Application
Research, Standards → Study
Research, Standards → Research
Technology → Technology
Science → Theoretical
Development → Development
Type Classification:
E: Emanations of other strategies Related UN Sustainable Development Goals:
