Cell phones have become an essential part of our daily lives. From staying connected with loved ones to conducting business, we rely on our mobile devices for a variety of tasks. However, as we continue to use these devices more and more, concerns about the potential health risks associated with cell phone usage have risen. In an effort to address these concerns, a new algorithm known as the RF Safe Score has been developed.
The RF Safe Score (RSS) algorithm is designed to notify phone users about the potential risks associated with cell phone usage. The algorithm takes into account the well-understood physics of microwave absorption and the fact that users with a skull half as thick or less will absorb more energy when operating at the same max SAR value. This is an effect of classical physics that cannot be avoided.
The algorithm works by counting the number of thresholds surpassed for each Specific Absorption Rate (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.
The Federal Communications Commission (FCC) guidelines for Specific Absorption Rate (SAR) values are based on a 2mm thick skull model. This model is based on the assumption that the majority of the population has a skull thickness of 2mm or more. However, this assumption is outdated and does not take into account the fact that many individuals, particularly children, have skulls that are thinner than 2mm.
This is a significant issue because, according to well-understood physics, such as the Beer-Lambert law, individuals with thinner skulls will absorb more energy when operating at the same maximum SAR value. This is an effect of classical physics that cannot be avoided, and it’s something that the FCC guidelines do not take into account.
The fact that the FCC guidelines do not take into account the potential risks associated with thinner skulls is a major concern, particularly when it comes to children. Children’s skulls are thinner than adults and therefore absorb more energy. This means that children may be at a higher risk for potential health effects from cell phone usage.
It’s important to note that there is ongoing debate and research about the potential health effects of cell phone usage, and the FCC guidelines are based on a very dated scientific understanding of non-ionizing radiation. However, it’s clear that the guidelines do not take into account the potential risks associated with thinner skulls, and this is something that consumers should be aware of.
In conclusion, the FCC guidelines for SAR values are based on an outdated assumption that the majority of the population has a skull thickness of 2mm or more. However, this assumption does not take into account the fact that many individuals, particularly children, have skulls that are thinner than 2mm. The RF Safe Score (RSS) algorithm is a tool that can help us better understand the potential risks associated with cell phone usage, particularly for children and individuals with thinner skulls. It’s important for consumers to be aware of the potential risks associated with thinner skulls and to make more informed decisions about their cell phone usage.
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RF Safe Launches Revolutionary RF Safe Score (RSS) Algorithm for Cell Phone Safety
Seminole, Florida – RF Safe is proud to announce the launch of its revolutionary RF Safe Score (RSS) algorithm, also known as PhoneRank, which aims to provide consumers with a better understanding of the potential health risks associated with cell phone usage.
The RF Safe Score (RSS) algorithm takes into account the well-understood physics of microwave absorption and the thickness of the skull, an aspect that is not considered in current Federal Communications Commission (FCC) guidelines. The algorithm calculates a point value based on the thresholds of 50%, 75%, and 95% of the legal limit of 1.6W/kg, with each threshold representing a .5mm, 1.0mm, and 2.0mm skull thickness, respectively.
The current FCC guidelines only take into account a 2mm thick skull, which is an extremely outdated assumption. The Beer-Lambert law, a well-established principle in classical physics, proves that users with a skull half as thick or less absorb more energy when operating at the same maximum Specific Absorption Rate (SAR) value. This is an effect that cannot be avoided, and consumers have a right to know.
“We believe that consumers deserve to have access to accurate and comprehensive information about the potential health risks associated with cell phone usage,” said Martin Collins, an early backer of the technology. “Our RF Safe Score algorithm provides a simple way for consumers to calculate the risk for themselves and their children, who are particularly vulnerable to the effects of microwave radiation.”
The RF Safe Score (RSS) algorithm is available for free on the RF Safe website and can be used to evaluate the SAR levels of any cell phone. The company encourages consumers to use the RSS algorithm to make informed decisions about cell phone usage and advocates for stricter safety guidelines.
RF Safe is committed to promoting public awareness of the potential health risks associated with cell phone usage and finding solutions that will protect the health and well-being of people everywhere.
For more information about the RF Safe Score (RSS) algorithm and to evaluate the SAR levels of your cell phone, visit the RF Safe website.