SURVEY OF RADIO FREQUENCY RADIATION HAZARDS
Paul C. Constant, Jr., William H. Ashley, Jr., Burton R. Baldwin, E. J. Martin, Jr., Robert F. Rice · 1960
Scientists were systematically documenting radio frequency radiation hazards as early as 1960, decades before today's ubiquitous wireless exposure.
Plain English Summary
This 1960 technical report by P.C. Constant Jr. surveyed the known hazards from radio frequency radiation exposure. The study compiled existing research on RF health effects during the early era of widespread radio and radar technology deployment. This represents one of the earliest comprehensive assessments of RF radiation risks to human health.
Why This Matters
This 1960 survey represents a pivotal moment in EMF health research, coming at the dawn of our modern electromagnetic age. What makes this particularly significant is the timing - this was published just as radio frequency technologies were proliferating in military, industrial, and civilian applications, yet before the wireless revolution that would put RF-emitting devices in every pocket. The fact that researchers were already concerned enough about RF radiation hazards to conduct comprehensive surveys suggests early recognition of potential health risks.
What's striking is how this early awareness contrasts with today's regulatory approach. While scientists in 1960 were systematically cataloging RF hazards, current safety standards largely ignore non-thermal biological effects that decades of subsequent research have documented. The reality is that our RF exposure levels today dwarf what existed in 1960, yet we're still operating under safety assumptions that may have been questionable even then.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{survey_of_radio_frequency_radiation_hazards_g6766,
author = {Paul C. Constant and Jr. and William H. Ashley and Jr. and Burton R. Baldwin and E. J. Martin and Jr. and Robert F. Rice},
title = {SURVEY OF RADIO FREQUENCY RADIATION HAZARDS},
year = {1960},
}