Hosted by Sanjay Arya, M.S.R.T. (R)(MR), MRSO · 🇺🇸 US · EN · 22 episodes
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Quantum Imaging Lab, presented by Professor Sanjay Arya, M.S., R.T.(R)(MR), provides structured, exam-aligned audio learning for radiologic technology students preparing for the ARRT exam and educators supporting instruction. Episodes cover core ARRT Content Specification areas including Image Production, Radiation Protection, Safety, and Procedures through focused microlearning. Content reflects topics commonly taught in radiologic technology programs and supports ARRT certification and Continuing Qualifications Requirements (CQR). © 2026 Quantum Imaging Lab.
Sanjay Arya, M.S.R.T. (R)(MR), MRSO hosts Quantum Imaging Lab, a science show with 22 episodes published.
This episode maps the complete electrical circuit of the diagnostic x-ray imaging system, tracing the path from wall power to x-ray production. Prof. Arya walks through the three interconnected circuits — primary, second
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Radiobiology is the study of how ionizing radiation interacts with and injures living systems, and understanding the factors that govern that injury is central to both radiation protection and therapeutic application. Th
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This episode examines transformers — electromagnetic devices that modify voltage and current in AC circuits without converting electrical energy to another form. Prof. Arya covers the principle of mutual induction, the t
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This episode explores electromagnetism — the branch of physics studying how moving electric charges create magnetic fields — and traces its historical development from Alessandro Volta's invention of the Voltaic pile in
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This episode introduces the fundamental principles of magnetism and its relevance to radiologic imaging. The episode opens with the definition of a magnet as a vector quantity and the concept of magnetic dipoles, followe
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Radiobiology is the study of how ionizing radiation interacts with and injures living systems, and understanding the factors that govern that injury is central to both radiation protection and therapeutic application. Th
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This episode examines the barium enema (BE) as a retrograde radiographic examination of the large intestine. Anatomy of the large intestine is reviewed — including the cecum, vermiform appendix, four segments of the colo
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This episode introduces electricity as the foundation of x-ray production, opening with the atomic nature of electric charge and the distinction between electrostatics and electrodynamics. The three methods of electrific
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This episode opens with a review of wave-particle duality, establishing how x-rays can be described both as waves — characterized by wavelength and frequency — and as photons that interact with matter. Listeners explore
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Cells are the fundamental building blocks of all living matter, and understanding their architecture is essential to grasping how radiation causes biological harm. This episode covers the structural organization of the h
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This episode provides a focused examination of electromagnetic energy and its properties as they apply to radiologic science. Radiation is defined broadly before narrowing to electromagnetic energy — its photon-based com
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This episode covers how x-rays are produced in the tube and how the two primary exposure factors — kVp and mAs — shape the energy and quantity of the x-ray beam. Listeners will explore core terminology including primary
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This episode opens with ionization — the process by which radiation ejects orbital electrons from an atom, creating ion pairs — and then distinguishes four atomic variants relevant to nuclear medicine and radiologic scie
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This episode examines the structure of the atom and its direct relevance to radiologic science. Beginning with a survey of atomic theory from early Greek philosophy through Thomson, Rutherford, Bohr, and the modern quant
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This episode explores the upper gastrointestinal series and small bowel series, examining their role as radiographic structural and functional studies of the distal esophagus, stomach, and small intestine. Key pathologic
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This episode opens the Radiologic Physics series with a review of the physical laws and principles underlying radiologic science. Natural science is classified into biological and physical branches, with physics defined
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This introductory episode defines radiation as a form of electromagnetic energy and examines its fundamental properties, including wavelength, frequency, velocity, and the wave equation. The electromagnetic spectrum is e
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This episode covers the radiographic examination of the pharynx and esophagus using contrast media, also known as the Esophagram or Barium Swallow. Esophageal anatomy is reviewed in relation to structural and functional
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This episode provides a comprehensive review of the digestive system in the context of radiographic imaging. Anatomy of the alimentary canal and accessory organs is covered, including the esophagus, stomach, small intest
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This episode examines the anatomy and physiology of the hepatobiliary system, including the liver, gallbladder, and biliary tree. Emphasis is placed on bile production, ductal anatomy, body habitus considerations, and po
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Quantum Imaging Lab is hosted by Sanjay Arya, M.S.R.T. (R)(MR), MRSO. The show is categorised under science and has published 22 episodes.
Quantum Imaging Lab has published 22 episodes.
Quantum Imaging Lab regularly covers science. It sits in the science category.
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Quantum Imaging Lab hasn't explicitly signalled guest openness in recent episodes. That doesn't rule out pitching. your hook just needs to be especially compelling and relevant to their recent content.
Episodes of Quantum Imaging Lab average 40 minutes. a focused format where a clear narrative arc and tight preparation matter most.
Our data rates Quantum Imaging Lab's guest bar at 80/100 (Premium tier). Established thought leaders with verified media credentials. Sign in to PitchCentric to see how your own Pod Score compares against this show.
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