THE ELECTRICAL CHARACTERISTICS OF BIOLOGICAL SUBSTANCES AT WAVELENGTHS OF ABOUT 1/10 METER
Hartmuth, L. · 1954
1954 research established that biological tissues have measurable electrical responses to VHF radio waves (30-300 MHz).
Plain English Summary
This 1954 research examined how biological materials interact with radio frequency waves measuring 1-10 meters in length (corresponding to frequencies of 30-300 MHz). The study investigated the electrical properties of living tissues when exposed to these dezimeter waves, focusing on how biological substances conduct and store electrical energy at these specific wavelengths.
Why This Matters
This early research represents foundational work in understanding how biological tissues interact with radio frequency radiation in the VHF band (30-300 MHz). What makes this study particularly relevant today is that these frequencies overlap with FM radio, television broadcasts, and some wireless communication systems that surround us daily. The science demonstrates that biological tissues have measurable electrical characteristics when exposed to RF energy, meaning our bodies don't simply ignore these electromagnetic fields. Put simply, this 1954 work helped establish that living tissue responds electrically to RF radiation, laying groundwork for decades of research into how wireless technologies might affect human health. The reality is that understanding these basic electrical interactions between EMF and biological systems remains crucial as we evaluate the safety of our increasingly wireless world.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{the_electrical_characteristics_of_biological_substances_at_wavelengths_of_about__g4130,
author = {Hartmuth and L.},
title = {THE ELECTRICAL CHARACTERISTICS OF BIOLOGICAL SUBSTANCES AT WAVELENGTHS OF ABOUT 1/10 METER},
year = {1954},
}