Microwave Emissions and the Problem of Modern Viral Diseases

Abstract

Overview

The study examines how increased microwave radiation levels from natural and anthropogenic sources influence the proliferation of infectious, primarily viral, diseases. Notably, this includes radiation from both the earth's ionosphere and the escalating levels of anthropogenic electromagnetic fields due to modern technology.

Findings

• The level of earth’s ionospheric radiation peaked in the late 1980s to early 2000s, correlating with heightened solar activity since the 17th century.
• Over the last three decades, the anthropogenic electromagnetic background has surged one hundredfold due to advances in cellular communications and computerization.
• Recent propagation of the new 5G communication standard poses a significant concern.
• Study proposes the energy from microwave ranges potentially influences "unexpected behavior" in DNA of viruses.

Conclusion

The study underscores the combined impact of natural and man-made microwave emissions on environmental health, advocating for enhanced protective measures, notably through electromagnetic shielding.