Status of the publication This is a theoretical research hypothesis currently under peer review in the journal "Physica Medica" ABSTRACT Current ultra-high-field MRI systems such as 7T+ cannot be offered to preterm neonates due to the existence of critical safety hazards such as radiofrequency tissue heating, acoustic noise, and motion-induced degradation in image quality. However, the following hypothesis has been formulated: This paper outlines a revolutionary approach to the development of an "Intelligent Hybrid RF System." Our technology integrates Bifilar Tesla Geometry with advanced nanocomposites (Black Phosphorus and Gold Nanoparticles) and magnetic metamaterials. The core innovation lies in the implementation of a "Quantum Digital Twin" and nanophotonic signal conversion via RF-over-Fiber (RoF) technology. Theoretical models suggest this synergy can achieve a projected 98% reduction in peak Specific Absorption Rate (SAR) while attenuating acoustic noise by 45 dB. By decoupling the electrical and magnetic components of RF emission and digitizing the signal at the source, we effectively eliminate the primary barriers to neonatal imaging. This hybrid system establishes a novel safety standard, enabling the first secure application of 7T+ MRI in pediatric diagnostics. It offers a "Near-Zero-SAR," silent, and high-resolution window into neonatal neurodevelopment, potentially eliminating the need for high-risk sedation in the most vulnerable patients. Keywords: 7T+ MRI Innovative Geometry Quantum Nanocomposites Extreme SAR Reduction Acoustic Silence RF-over-Fiber (RoF)
Dragana Dželebdžić (Sat,) studied this question.