The Department of Medical Physics at Kermanshah University of Medical Sciences has been actively engaged in research across multiple areas of Medical Physics, aiming to advance knowledge, foster innovation, and contribute to clinical practice. The department combines fundamental research with applied studies, ensuring that scientific findings have practical impact in healthcare and medical technologies.

Key Research Areas:

1. Radiation Therapy Physics:
   • Development and optimization of treatment planning methods.
   • Dosimetry studies and evaluation of new radiotherapy techniques.
   • Quality assurance in radiotherapy systems.
2. Diagnostic Imaging Physics:
   • Optimization of CT, MRI, and ultrasound imaging protocols.
   • Image quality assessment and dose reduction strategies.
   • Research on advanced imaging modalities, including PET/CT and SPECT.
3. Nuclear Medicine and Radiopharmacy:
   • Dosimetry and safety in nuclear medicine procedures.
   • Development of novel radiopharmaceuticals for diagnosis and therapy.
4. Radiation Protection and Safety:
   • Measurement and monitoring of occupational and public radiation exposure.
   • Implementation of radiation safety protocols in hospitals and research facilities.
5. Medical Physics Applied Research:
   • Investigation of laser, optical, and ultrasound applications in medicine.
   • Studies in radiobiology and biophysical modeling.
   • Collaborative projects integrating engineering and medical physics for clinical solutions.
6. Collaborative and Multidisciplinary Research:
   • Joint research projects with other university departments and hospitals.
   • Participation in national and international collaborations.
   • Supervision of postgraduate theses and research projects in clinical and applied settings.

Research Facilities and Resources:

• Fully equipped laboratories for Radiation Therapy, Diagnostic Imaging, and Medical Physics experiments.
• Access to hospital-based clinical facilities for hands-on research, including CT, MRI, PET/CT, and radiotherapy units.
• Digital resources, e-libraries, and advanced software for data analysis, modeling, and simulation.

Research Goals:

• Enhance the quality and impact of research in Medical Physics.
• Translate fundamental studies into clinical applications and technological innovations.
• Strengthen collaborations with national and international research institutions.
• Contribute to healthcare improvement through applied scientific discoveries

Journal Clubs in the Department of Medical Physics

The Department of Medical Physics regularly organizes Journal Club sessions to enhance students’ and faculty members’ critical thinking, research awareness, and familiarity with recent scientific advances in the field. These sessions provide a platform for discussion, knowledge exchange, and presentation of new findings in Medical Physics and related disciplines.

Objectives of the Journal Club:

·       Promote critical analysis of current research articles.

·       Update students and faculty on the latest advancements in Radiation Therapy, Diagnostic Imaging, Nuclear Medicine, and Radiation Protection.

·       Encourage scientific discussion and presentation skills.

·       Facilitate integration of research findings into clinical and educational practice