Human exposure to nonionizing radiant energy--potential hazards and safety standards
Michaelson SM · 1972
Early 1972 research recognized nonionizing radiation health risks, establishing foundational safety standards still relevant today.
Plain English Summary
This 1972 conference paper by Michaelson examined human exposure to nonionizing radiation and the safety standards needed to protect workers and the public. The research focused on identifying potential health hazards from various sources of electromagnetic energy and establishing appropriate exposure guidelines. This represents early foundational work in EMF safety research during a period when such exposures were rapidly increasing in industrial and medical settings.
Why This Matters
This 1972 research represents a pivotal moment in EMF health science - when researchers first began systematically examining the biological effects of nonionizing radiation and the need for protective standards. Michaelson's work came at a time when microwave ovens, radar systems, and medical diathermy equipment were becoming widespread, yet safety guidelines were largely nonexistent. The science demonstrates that even five decades ago, researchers recognized the potential for biological effects from electromagnetic exposures well below thermal levels.
What makes this particularly relevant today is how prescient these early safety concerns have proven. The reality is that our daily EMF exposures now far exceed what these pioneering researchers were studying, yet many of the fundamental questions they raised about long-term health effects remain inadequately addressed. You don't have to accept that progress in technology should outpace our understanding of its biological consequences.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{human_exposure_to_nonionizing_radiant_energy_potential_hazards_and_safety_standa_g6544,
author = {Michaelson SM},
title = {Human exposure to nonionizing radiant energy--potential hazards and safety standards},
year = {1972},
}