Evaluating temperature changes of brain tissue due to induced heating of cell phone waves

Abstract

Overview

Recent concerns have escalated regarding the absorption of radiofrequency waves from cell phones and their potential health hazards. This study specifically investigates the thermal effects induced by these electromagnetic fields on brain tissues.

Methods

• Empirical analysis of temperature changes in cow brain tissues exposed to 900 MHz cell phone waves.
• Experiments conducted on 15 samples across thicknesses of 2 mm, 12 mm, and 22 mm, using a Lutron thermometer with high precision.
• Observation duration was 15 minutes with multiple readings per thickness.

Findings

Significant increases in tissue temperatures were observed:

• 0.53°C increase at 2 mm (grey matter)
• 0.99°C increase at 12 mm
• 0.92°C increase at 22 mm

These increments suggest a potential risk of prolonged heat exposure due to cell phone use, indicating that the brain's temperature continues to rise even after exposure.

Conclusion

The study corroborates the harmful impact of cell phone radiation on brain tissues, underscoring the need for stricter regulations and protective measures against prolonged exposure to radiofrequency electromagnetic fields.