8,700 Studies Reviewed. 87.0% Found Biological Effects. The Evidence is Clear.
Shield Your Body
Cellular Effects

EXPERIMENTAL INVESTIGATIONS ON THE EFFECT OF SHORT WAVES ON THE EYE

Bioeffects Seen

Kiewe, R. · 1935

Share:

Scientists were investigating RF radiation's effects on human eyes in 1935, decades before today's exponentially higher wireless exposures.

Plain English Summary

Summary written for general audiences

This 1935 German research by R. Kiewe investigated how short wave radio frequency radiation affects human eyes through experimental testing. The study represents one of the earliest documented investigations into potential eye damage from RF exposure. This pioneering work established a foundation for understanding ocular effects from electromagnetic radiation decades before widespread wireless technology adoption.

Why This Matters

What makes this 1935 research remarkable is its prescient focus on eye effects from radio frequency radiation, nearly a century before smartphones and wireless devices became ubiquitous. The science demonstrates that concerns about EMF effects on vision aren't new - researchers were documenting potential ocular impacts when radio technology was still emerging. Today's reality is far more concerning: we're exposed to RF radiation levels thousands of times higher than what early researchers like Kiewe were studying, and our eyes face constant exposure from devices held just inches away.

The timing of this research is particularly significant. In 1935, RF exposure was limited to radio operators and researchers, yet scientists were already investigating potential health effects. Put simply, if researchers nearly 90 years ago thought short wave radiation warranted investigation for eye effects, shouldn't we be taking seriously the exponentially higher exposures from today's wireless devices? The evidence shows that concerns about EMF and vision have deep scientific roots, long predating any industry influence on research directions.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Kiewe, R. (1935). EXPERIMENTAL INVESTIGATIONS ON THE EFFECT OF SHORT WAVES ON THE EYE.
Show BibTeX
@article{experimental_investigations_on_the_effect_of_short_waves_on_the_eye_g4146,
  author = {Kiewe and R.},
  title = {EXPERIMENTAL INVESTIGATIONS ON THE EFFECT OF SHORT WAVES ON THE EYE},
  year = {1935},
  
  
}

Quick Questions About This Study

This research examined how short wave radio frequency radiation affects human eyes through experimental testing. It represents one of the earliest documented scientific investigations into potential ocular damage from RF electromagnetic fields, conducted when radio technology was still emerging.
This study shows scientists were concerned about RF radiation's effects on vision nearly 90 years ago, when exposures were minimal compared to today. It demonstrates that EMF health concerns have deep scientific roots, predating modern wireless technology and industry influence on research.
RF radiation exposures in 1935 were limited to radio operators and researchers, representing tiny fractions of today's levels. Modern wireless devices expose our eyes to RF radiation thousands of times stronger than what early researchers like Kiewe were investigating for potential health effects.
Early research like this 1935 study focused on organs most directly exposed to RF radiation. Today, we hold smartphones and tablets inches from our eyes for hours daily, creating unprecedented direct exposures to the very tissues these pioneering researchers identified as potentially vulnerable.
While they couldn't predict smartphones, early researchers like Kiewe were already investigating RF radiation's biological effects when exposures were minimal. This suggests scientific awareness of potential EMF health impacts existed long before commercial interests shaped the research landscape we see today.