Cell phones have become an integral part of our daily lives, but as we rely more and more on these devices, concerns about the potential health risks associated with radiation exposure have also risen. While many of us focus on the latest features, camera quality, and storage capacity when buying a new phone, it’s important to also consider the potential health risks associated with cell phone usage, especially for our children.
Specific Absorption Rate (SAR) values have been used as the sole indicator of a phone’s radiation exposure, but it has several shortcomings. SAR values only measure the thermal effects of radiation exposure, which is important to consider, but not the only potential health risks associated with microwave radiation exposure. Non-thermal effects, such as the overproduction of reactive oxygen species and DNA damage, have been linked to microwave radiation exposure but are not considered in SAR values.
Another limitation of SAR values is that they are based on the assumption that the radiation is absorbed uniformly throughout the entire body of all age groups. However, in reality, certain areas of the body will absorb more radiation than others in different age groups. For example, the head and brain of children are particularly susceptible to radiation exposure due to their higher water content and thinner skull. The FCC guidelines for SAR values only consider a 2mm thick skull, which is an extremely outdated assumption and does not consider the fact that many individuals, particularly children, have thinner than 2mm skulls.
This is where the RF Safe Score (RSS) algorithm comes in. The algorithm is a revolutionary tool that aims to provide consumers with a better understanding of the potential health risks associated with cell phone usage by considering the thickness of the skull and the well-understood physics of microwave absorption. The algorithm works by counting the number of thresholds surpassed for each SAR test. These thresholds are set at 50%, 75%, and 95% of the legal limit established by the Federal Communications Commission (FCC). Each time a threshold is reached, a negative point value is applied to the overall score. Additionally, the algorithm takes into account the well-understood physics of microwave absorption, such as the dielectric constant, complex permittivity, and complex refractive index of lesser-dense bone material.
This approach is more comprehensive than just relying on SAR values and provides a more realistic assessment of the potential health risks associated with cell phone usage. By taking into account the thickness of the skull and the well-understood physics of microwave absorption, the algorithm provides a more comprehensive evaluation of the potential health risks associated with cell phone usage.
In conclusion, the RF Safe Score (RSS) algorithm is a valuable tool that can help us make more informed decisions about the phones we buy for ourselves and our families. By taking into account the thickness of the skull and the well-understood physics of microwave absorption, the algorithm provides a more comprehensive evaluation of the potential health risks associated with cell phone usage. So, before you buy your next phone, be sure to check the RF Safe Score (RSS) and make the best choice for you and your family. It may just be the most important smartphone spec you’ve never heard of before.