MICROWAVE REFLECTION, DIFFRACTION AND TRANSMISSION BY MAN - A PILOT STUDY
Vernon R. Reno, Dietrich E. Beischer · 1973
Navy researchers studied how microwaves reflect, bend, and pass through human bodies in foundational 1973 physics research.
Plain English Summary
This 1973 pilot study by Navy researchers examined how microwaves interact with the human body through reflection, diffraction, and transmission. The research investigated the fundamental physics of how microwave radiation behaves when it encounters human tissue. This early work helped establish the scientific foundation for understanding microwave absorption and scattering by biological systems.
Why This Matters
This pilot study represents crucial foundational research into how microwaves interact with human bodies, conducted during the early years of microwave technology development. Understanding reflection, diffraction, and transmission patterns is essential for predicting how much energy actually penetrates tissue versus how much bounces off or bends around the body. The reality is that this type of basic physics research, conducted by Navy scientists in 1973, laid the groundwork for modern specific absorption rate (SAR) calculations used in cell phone safety testing today. What makes this particularly relevant now is that our daily microwave exposures have increased exponentially since 1973. While this study focused on fundamental physics rather than biological effects, the interaction patterns it investigated directly determine how much energy from WiFi routers, cell phones, and other microwave devices actually enters your body versus reflects away.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{microwave_reflection_diffraction_and_transmission_by_man_a_pilot_study_g4907,
author = {Vernon R. Reno and Dietrich E. Beischer},
title = {MICROWAVE REFLECTION, DIFFRACTION AND TRANSMISSION BY MAN - A PILOT STUDY},
year = {1973},
}