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Artificial Intelligence (AI) is reshaping modern healthcare—and nowhere is its impact more profound than in medical physics . From optimizing treatment plans in radiation oncology to improving quality assurance (QA) in imaging systems, AI is ushering in a new era of precision, efficiency, and patient-centered care. At Global Radiation Physics LLC , we help hospitals and clinics across the United States integrate AI technologies safely and effectively into their medical physic

ALARA principle has transformed modern medicine, allowing physicians to see inside the human body with clarity and precision. But because many imaging techniques rely on ionizing radiation, maintaining strict radiation safety practices is essential. This article explores how radiation safety protects patients, healthcare staff, and the public—ensuring that every scan delivers diagnostic value while keeping exposure as low as reasonably achievable. Understanding Radiation Dos

Radiation safety is the foundation of every responsible operation involving ionizing radiation—from healthcare and research facilities to industrial and energy sectors. As regulations evolve across the United States and globally, understanding standards set by the AAPM , NCRP , and IAEA  is critical to maintaining compliance, protecting personnel, and ensuring public health. At Global Radiation Physics LLC , we specialize in helping organizations nationwide implement, monitor

Medical physics is a branch of applied physics that brings physics principles into healthcare. It focuses on the safe and effective use of radiation, imaging technologies, and other physical agents in medicine. From developing cancer treatment plans to ensuring accurate diagnostic imaging, medical physics plays a critical role in patient care and medical innovation. What is Medical Physics? At its core, medical physics is the application of physics to medicine . It covers th