Domeniile si tematicele de cooperare ale Acordului IFA-CEA sunt:
I. Nuclear Energy, including:
         I.1 Nuclear safety
         I.2 Development of new generation nuclear power reactors
         I.3 Spent fuel and radioactive waste management
         I.4 Exchange information relating to nuclear energy
         I.5 Education and training
         I.6 Development of new materials and coating architectures for nuclear protection
         I.7 Plasma physics, magnetohydrodynamics, and nuclear fusion
         I.8 Gas and plasma permeation, in hydrogen/deuterium and then in tritium
         I.9 Plasma coating of components

II. New Technologies for Energy, including:
         II.1 Fuel cells
         II.2 Solar cells
         II.3 Energy storage
         II.4 Hydrogen
         II.5 Green energy by thermoelectricity
         II.6 Energy harvesting

III. Fundamental Research on Energy, including:
         III.1 Nuclear fusion and fission
         III.2 Matter sciences
         III.3 Climate sciences
         III.4 Nuclear data
         III.5 Magnetic materials and applications
         III.6 Materials science / Multifunctional materials

IV. Technologies for Information, Health and security, including:
         IV.1 Micro and Nano-technologies
         IV.2 Software technologies
         IV.3 Biotechnologies
         IV.4 Radiobiology and nuclear toxicology
         IV.5 Radioprotection and radiation metrology
         IV.6 Medical imaging and radiotherapy and radiotherapy
         IV.7 Waste to new products and materials
         IV.8 Nano-medicine, innovative diagnostics and therapies
         IV.9 Decision support tools for sustainable environmental monitoring of aquatic ecosystems
         IV.10 Wellbeing and rehabilitation
         IV.11 Nuclear forensics
         IV.12 Quantum communications and technology
         IV.13 High-power computing and numerical simulations
         IV.14 Radiation safety and radioprotection
         IV.15 Radioisotope production

V. High-power Lasers, including:
         V.1 Instrumentation for experiments with high-power lasers
         V.2 Compact laser-plasma accelerators and related technologies
         V.3 High-intensity laser–matter interactions and ultrafast phenomena
         V.4 Laser science, metrology, and associated technology

VI. Life and environmental sciences, including:
         VI.1 Pathogenesis, innovative diagnostics and therapies
         VI.2 Bio and medical sensors
         VI.3 Devices for environment monitoring and technologies for water cleaning
         VI.4 Technologies for the preservation of cultural heritage
         VI.5 Medical physics