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Gadir Ahmadov

Nuclear Physicist, Engineering Electronics Specialist, Sensor Modeling & Simulation Expert

Renowned expert with more than two decades of experience in nuclear physics, engineering electronics, and advanced sensor systems. Dr. Gadir Ahmadov has made significant scientific contributions to the development, modeling, and simulation of high-precision electronic detectors used in nuclear measurements, radiation monitoring, and applied physics research. His work integrates deep theoretical knowledge with practical engineering innovation.

Experience

More Than 20 Years

Affiliation

Institute of Physics

Personal Biography

Dr. Gadir Ahmadov is a distinguished scientist in nuclear physics, electronic detector engineering, and computational modeling. His research covers the full spectrum of detector development—from semiconductor and scintillation-based sensor design to complex electronic circuit optimization and simulation of sensor behavior under various radiation conditions.
With over twenty years of academic and engineering experience, he has spearheaded multiple research initiatives dedicated to improving the accuracy, stability, and sensitivity of modern radiation measurement systems. His expertise includes Monte Carlo simulations, electronic signal processing, detector response modeling, and performance optimization, making him one of the leading specialists in this highly technical field.
Dr. Ahmadov is known for his rigorous scientific approach, innovative methodology, and his ability to translate complex theoretical principles into practical engineering solutions used in nuclear physics laboratories, national monitoring systems, and international research collaborations.

Professional Skills

Nuclear Detector Design (SiPM, MAPD, scintillation systems)
Electronic Circuit Development & Front-End Electronics
Sensor Modeling & Monte Carlo Simulation (e.g., GEANT4, MCNP)
Radiation Measurement & Spectroscopy
System Optimization, Calibration & Data Interpretation
High-level scientific analysis and research leadership

Detector & Electronics Engineering
97%
Modeling & Simulation
94%
Nuclear Measurement Techniques
92%

Activities

Development and characterization of advanced nuclear detectors
Engineering of electronic readout systems and front-end electronics
Modeling and simulation of sensor behavior under radiation exposure
Optimization of detector response, timing, and signal quality
Participation in high-level research programs and international scientific projects

  • Nuclear Electronics | Radiation Physics.
  • Detector Engineering | Sensor Modeling.
  • Applied Simulation & Measurement Systems.
Educational Qualification

Doctor of Sciences - Nuclear Physics
Specialization: Sensor engineering, detector modeling, nuclear measurement systems
Research Focus & Achievements

  • Development of high-accuracy radiation sensors and electronic systems
  • Theoretical and computational modeling of detector behavior
  • Contributions to national and international nuclear physics projects
  • Scientific publications, mentoring, and academic leadership