Der Feldverlauf im Bereiche sehr kurzer Wellen; spontane Drehfelder
Wilhelm Krasny-Ergen · 1936
German scientists were mathematically modeling electromagnetic field behavior around cylindrical objects in 1936, establishing foundations for modern EMF exposure science.
Plain English Summary
This 1936 German technical paper by Wilhelm Krasny-Ergen studied electromagnetic field distribution patterns, specifically examining short waves and rotating fields around cylindrical objects. The research focused on mathematical modeling of how radio frequency fields behave in different configurations. This represents early foundational work in understanding electromagnetic field propagation.
Why This Matters
What makes this 1936 research particularly significant is its timing. Scientists were already investigating electromagnetic field behavior decades before the widespread adoption of wireless technologies that now surround us daily. This foundational work on field distribution around cylindrical objects has direct relevance to understanding how RF energy interacts with biological systems, since the human body contains many cylindrical structures like limbs, blood vessels, and organs. The mathematical principles Krasny-Ergen explored remain fundamental to modern EMF exposure assessment and safety modeling. While this was purely technical research, it laid groundwork for understanding how electromagnetic fields propagate and concentrate in our environment - knowledge that becomes crucial as we evaluate health risks from cell towers, WiFi routers, and other RF sources that create the complex field patterns this early researcher was mapping.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{der_feldverlauf_im_bereiche_sehr_kurzer_wellen_spontane_drehfelder_g7084,
author = {Wilhelm Krasny-Ergen},
title = {Der Feldverlauf im Bereiche sehr kurzer Wellen; spontane Drehfelder},
year = {1936},
}