Instrumentation and measurement for:
- nuclear and particle physics
- advanced electronics for radiation detection and radiation-effects mitigation
- innovative data analysis methodologies
- simulation and modeling
- electronics and sensor vulnerability assessment
- low-power and low-mass sensors
- miniaturized detector and electronics design techniques
- onboard control and data processing systems
- robust and radiation-hardened architectures
- calibration and qualification of mock-up sensors under laboratory conditions (thermal-hydraulic, mechanical, and thermal studies)
- radiation detection and measurements
- in-pile measurements of physical parameters, including temperature, dimensional changes, and gas release
- material testing reactor safety experiments
- accelerator beam diagnostics and characterization
- beam position, loss, profile, and luminosity measurements
- optical diagnostics for accelerator and plasma systems
- burning plasma diagnostics
- experimental techniques for high-temperature plasmas
- radiation-hardened detectors, electronics, and control systems
- high-availability electronics for data acquisition and control
- nuclear power plants (GEN II, GEN III, GEN III+)
- GEN IV reactors (SFR, LFR, VHTR, GFR, etc.)
- advanced modular reactors (AMRs) and small modular reactors (SMRs)
- reactor simulation and modeling and validation experiments
- radioactive waste management
- nuclear materials and spent fuel characterization
- nuclear fuel cycle facilities and reprocessing plants
- dismantling and decommissioning operations
- safeguards, nuclear material accountancy, and control
- nuclear fuel monitoring and management
- illicit trafficking detection and prevention
- prompt nuclear measurements for first-responder intervention
- customs, border inspection, and access control systems for radiological materials
- radiological threat detection and identification
- high-efficiency neutron and photon detection and measurement
- active and passive interrogation techniques (X-ray, gamma-ray, and neutrons)
- radioactive waste characterization, treatment, and management
- decontamination techniques and process optimization
- remote handling systems
- high-temperature and high-pressure measurements
- radiation measurements in harsh environments
- radiation-hardened electronics
- wireless, remote, and robotic measurement systems
- severe accident monitoring and diagnostics
- simulation and modeling for decommissioning and accident analysis
- advances in mass spectrometry measurements
- applications of radioactive tracers
- radiography, imaging, and tomography
- Instrumentation and measurement methods for extreme environments and conditions
- state-of-the-art of radiation detectors
- advances in scintillation detectors and materials
- engineering and optimization of scintillation materials
- advances in semiconductor radiation detectors
- emerging radiation detection technologies (sensors, electronics and acquisition systems)
- machine learning methods for radiation detection and signal processing
- AI-assisted data analysis and event classification
- intelligent monitoring and diagnostic systems
- simulation-driven AI approaches and digital twins
- anomaly detection and predictive maintenance
- autonomous and adaptive measurement systems
- education and training in experimental sciences
- fundamentals of instrumentation and measurement science
- detection and measurement methods and applications
- PhD and summer schools, training, and refresher courses
- public communication and outreach in nuclear science and technology
