Wireless radiation absorption in child vs adult brain & eye from cell phone conversation or virtual reality

Abstract

Overview

The study investigates the absorption of wireless radiation in children compared to adults, focusing on exposure from cell phones and virtual reality devices. The increasing use of wireless devices globally necessitates an evaluation of current safety standards based on adult models.

Findings

• Children's brains absorb higher doses of radiation from cell phones in certain brain regions.
• The current safety testing, based on the "Standard Anthropomorphic Mannequin" (SAM), only measures temperature increases and may be inadequate for children.
• Simulations show that children's eyes and brains receive higher radiation doses than those of adults.
• There is a critical need to reevaluate methods for regulatory compliance and educate the public on reducing exposure, especially in children.

Conclusion

Significantly higher radiation absorption in children highlights flaws in current regulatory standards and the urgent need to develop child-specific safety measures for wireless devices. Recommendations include limiting device use among the young and reexamining compliance testing methods.