science
New Method Developed for Studying Cellphone-Band Microwaves' Interaction with Human Tissue
Scientists have created a technique to examine how cellphone-band microwaves affect human tissue without generating excessive heat. This addresses limitations in prior methods. The approach also applies to interactions with medical implants and embedded foreign objects.
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A new method has been developed to study how cellphone-band microwaves interact with human tissue, @ScienceMagazine reported. This technique avoids generating too much heat, which was a significant issue in previous methods for studying these interactions. Previous methods for studying cellphone-band microwave interactions with human tissue generated too much heat, according to the report.
The new method can be used to examine interactions of cellphone-band microwaves with medical implants. Additionally, the method applies to interactions of cellphone-band microwaves with embedded foreign objects in the body. The new method overcomes the issue of excessive heat generation in previous techniques, potentially enabling safer research in this area.
