Abstract

Abstract

Overview

As smartphone usage increases, the concern regarding the potential impacts of phone radiation on human health has become more significant. It is crucial to address and mitigate these impacts to ensure public health safety.

Findings

• Current research emphasizes altering phone usage habits, like reducing call durations, to decrease radiation exposure. However, no specific products have been identified in existing literature that effectively prevent or mitigate phone radiation.
• This study employs TRIZ theory to craft prototypes designed to lessen the adverse effects of magnetic fields from smartphones on human bodies. The study's innovative approach led to the creation of three different prototypes.
• Data indicate a negative correlation between the proximity of the smartphone to the human body and the level of radiation exposure—greater distances result in less radiation.
• Experimental results revealed that the prototypes could reduce magnetic field exposure by 100% during phone conversations and by 90% during phone standby mode when all communication functions are active.

Conclusion

The use of specifically designed prototypes demonstrates a significant reduction in the exposure to harmful magnetic fields from smartphones, thereby enhancing user safety. These findings underscore the necessity of developing and implementing protective measures against phone radiation.