Research
🔬 Research Overview
My research focuses on nuclear physics, radiation monitoring, and environmental radioactivity. I work on the development and application of modern techniques for radiation measurements, data analysis, and nuclear instrumentation.
🧪 Research Areas
☢️ Radiation Monitoring
- Environmental radiation measurements
- Gamma dose rate mapping
- Radon flux density studies
- Monitoring of nuclear power plant (NPP) sites
🔍 Nuclear Instrumentation
- Gamma spectrometry (NaI(Tl), HPGe detectors)
- Detector calibration and efficiency analysis
- Development of measurement systems
- Laboratory equipment design and implementation
🌍 Environmental Radioactivity
- Analysis of radionuclides in soil, water, and plants
- Assessment of natural and technogenic radioactivity
- Radiation safety and environmental impact studies
💻 Data Analysis & Simulation
- Spectral analysis using ROOT (CERN)
- Data processing and visualization
- Reactor physics simulations (OpenMC, WIMS, REBUS)
- Use of modern computational tools and algorithms
🚀 Research Projects
- IAEA Technical Cooperation Projects
- Development of nuclear education and laboratory systems
- Radiation monitoring and environmental assessment
- NPP Radiation Monitoring Project
- Mapping gamma dose rates
- Measuring radionuclide concentrations in environmental samples
- MISTI (MIT Collaboration)
- Big data mapping and environmental monitoring
- International research collaboration
- UniCEN Project (US Embassy funded)
- Development of nuclear physics education
- International academic collaboration
🌐 International Experience
- 🇦🇹 International Atomic Energy Agency (IAEA), Vienna
- In-situ gamma spectrometry
- Data analysis and instrumentation
- 🇺🇸 Massachusetts Institute of Technology (MIT)
- Reactor physics simulations (OpenMC, Python)
- 🇬🇧 University of Surrey, UK
- Detector calibration and environmental measurements
- 🇺🇸 Argonne National Laboratory, USA
- Nuclear reactor simulations and safety analysis
🎯 Research Interests
- Radiation detection and measurement techniques
- Environmental radioactivity monitoring
- Nuclear instrumentation development
- Data analysis and computational physics
- Nuclear safety and radiation protection