Medical Physics

Main Activities

Innovation and research studies on physics principles and techniques to solve challenging medical issues in diagnosis and treatment of diseases, as well as development of the knowledge frontiers. Also, The Medical Physics Research Center is engaged in conducting research across different fields of medical physics. The most important activities include conducting research in areas such as: • Radiotherapy • Radiation protection and dosimetry • Quality assurance, quality control and calibration • Medical image analyzing and processing • Medical image processing based on artificial intelligence • Molecular imaging and nanotechnology • Radiobiology • Radiomics & Radiogenomics • Nuclear medicine • Photodynamic/photothermal therapies based on nanostructures • Ultrasound and Sonodynamic therapy • Magnetic hyperthermia & Cold Plasma

Medical Physics Research Center

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Internationl Academic Articles

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Research Programers

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Educational Activities

The most important educational activities of the medical physics department include:

  • Teaching and training Ph.D. and MSc students in the fields of medical physics, as well as MSc students in medical imaging technology, and radiobiology.
  • Teaching and training MSc students in the fields of medical imaging technology, and radiobiology.
Professional/Exclusive Activities
  • Measure the amount of noise caused by different sources, perform frequency analysis, investigate and study hearing complications and psychoacoustic effects of noise.
  • Investigating and studying background radiation and determining the activity of radioactive elements in natural samples
  • Use of practical and accurate methods of radiation exposure of ordinary people and radiologists
Carrying out photodynamic and photothermal treatment projects, sociodynamics, electrochemical treatment, magnetic hyperthermia, the effect of square electric pulses on vital processes and treatment techniques, investigation of physical solutions for Leishmania treatment in ex vivo (in culture environment) and in vivo (on animal models) including tumor models
Research Activities
The center has short-term, medium-term, and long-term strategies in place to expand basic applied and community-oriented research.  The goal is to address questions and uncertainties that arise in diagnostic and treatment centers regarding the benefits, side effects, and proper utilization of new diagnostic and treatment methods. Also, provide appropriate scientific solutions to avoid environmental and noise pollution.
National/International Certification
US patent for Orthopedic Dual Sliding Compression Plate
2011 Gold Medal for the patent from Geneva
Invention Exhibition in COPE
Member of the WAME
RESEARCH / SCIENTIFIC AND COOPERATION
Collaboration with the Hand and Upper Extremity
Harvard Medical School, Massachusetts General Hospital, USA
Rizzoli Hospital, Italy
General and Orthopedic Regional Hospital Stolzalpe, Austria
Philadelphia, Thomas Jefferson University, Rothman Institute, USA
Short-term and long-term research fellowships for the faculty members of Orthopedic Research Center