Dear Colleagues,

In the ever-evolving field of Radiology, where precision and innovation are paramount, the use of Monte Carlo programs stands out as a transformative tool. These programs, rooted in probabilistic algorithms and simulations, offer unique insights and computational prowess to enhance various aspects of radiological research and medical practice.

This interdisciplinary section seeks to explore and emphasize the integration of Monte Carlo programs in Radiology, paving the way for advancements that bridge computational methodologies with radiological sciences. We invite researchers and practitioners to contribute to this exciting intersection, bringing forth valuable perspectives and advancements.

Potential topics of interest include:

· Monte Carlo Simulations in Medical Imaging: Exploring the applications of Monte Carlo programs for realistic simulations in medical imaging processes.

· Radiation Dose Calculations: Advancements in using Monte Carlo methods to accurately calculate radiation doses in diagnostic and therapeutic procedures.

· Monte Carlo Modeling for Treatment Planning: Utilizing probabilistic simulations to enhance precision in radiation therapy treatment planning.

· Statistical Analysis in Radiological Studies: Applying Monte Carlo techniques for statistical analysis and uncertainty quantification in radiological research.

· Quality Assurance and Monte Carlo Simulations: Ensuring the quality and reliability of radiological equipment through Monte Carlo-based quality assurance programs.

· Monte Carlo Techniques in Nuclear Medicine: Leveraging Monte Carlo simulations for optimizing imaging protocols and enhancing diagnostic accuracy in nuclear medicine.

We welcome original research articles, reviews, and contributions that delve into the synergy between Monte Carlo programs and Radiology. Your expertise and insights are vital in shaping the future landscape of radiological research.

Looking forward to your valuable contributions.

Prof. Milena Živković

Section Editor,

Monte Carlo Simulations; Radiological Research; Computational Radiology; Medical Imaging; Radiation Dose Calculations; Treatment Planning; Probabilistic Algorithms; Quality Assurance; Nuclear Medicine; Diagnostic Accuracy; Simulation in Medical Imaging; Computational Methodologies; Radiological Sciences; Statistical Analysis; Monte Carlo Techniques; Precision Medicine; Therapeutic Procedures; Uncertainty Quantification; Imaging Protocols; Radiation Therapy.