12/29/2025
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New research has revealed a startling fact: children’s skulls are about 50% thinner than adult skulls, allowing up to 80% of radiation from mobile phones to pe*****te directly to the developing brain. This discovery raises concerns about the potential long-term effects of prolonged exposure to electromagnetic fields on growing neural tissue.
Scientists used advanced imaging techniques and computer simulations to measure skull thickness and model how radiation travels through bone. Their findings indicate that thinner bone structure, combined with smaller head size, makes children significantly more vulnerable to radiofrequency energy than adults. The study highlights the importance of understanding how everyday technology interacts with the developing brain, which is still forming critical neural pathways, synapses, and cognitive functions.
While researchers caution that more studies are needed to fully assess health risks, they emphasize the need for protective measures. Recommendations include limiting prolonged phone calls, using speaker mode or headphones, and encouraging safer habits for children who use mobile devices frequently. This is particularly urgent as children increasingly rely on smartphones for education, communication, and entertainment.
The findings serve as a wake-up call for parents, educators, and policymakers to prioritize safe technology use for younger populations. Scientists hope these insights will drive further research into minimizing exposure and safeguarding brain health while still benefiting from modern communication tools.
