Abstract

Overview

The rapid advancement and implementation of 5G wireless communications networks have prompted significant research into their potential impacts. This technology is notable for its higher frequencies and the use of smart adaptive antennas, which concentrate electromagnetic waves more precisely than previous technologies.

Findings

• Introduction of new operating frequencies in 5G.
• Use of smart adaptive antennas to direct waves specifically.
• Discussion on bioelectromagnetic studies assessing the exposure and interactions of 5G signals with living organisms.
• Review of both classical and innovative exposure systems adapted for 5G signal research.

Conclusion

This study highlights the designs of exposure systems for bioelectromagnetic research in the context of new 5G technologies, combining computational and experimental dosimetry methods to understand the effects of these technologies on living entities.