The health consequences of 5G radiation are still being debated, however one study suggests a link between RF radiation and cancer in male rats. how dangerous is 5g was classified before it was declassified on the 12th of December 2012 by the Central Intelligence Agency, but it shows that radiofrequency can trigger cancerous growth in animal, and even humans. https://cherrychain91.bloggersdelight.dk/2023/03/23/info-about-5g-dangers/ were exposed to male rodents for 15 days , and discovered that they developed same kinds of cancers that humans do.
Health impacts of 5G radiation
While the rapid growth of wireless communications has led to the development of 5G systems There are increasing concerns regarding the health risks of 5G radiation. While the higher frequencies may not penetrate the body as deeply as previous technologies, researchers have pointed to possible effects on the system and are calling for further research. To ensure that the population is protected, there is a need for the European Commission is requesting independent studies to determine whether the technology is posing any health risks.
It is important to note that there's a substantial number of misinformation about the health effects of 5G It is crucial to clear any misconceptions that persist. While the technology is not yet widespread however, there are plenty of people who are being warned that it can cause health problems, most often through social networks where sensational words are used.
Beamforming technique
Beamforming is one of the most important technologies for 5G mobile networks. It is a technique that makes use of multiple radiating elements to generate a narrow beam. The goal for beamforming is limit how much unwanted radiation is reflected in the resultant signal. This method is widely employed for wireless communications systems, and is essential for 5G's low-cost coverage.
This technique involves electronically weighting the individual signals from each antenna. This creates a small beam of radiation that enhances coverage of cell phones indoors as well as around the cell's edges. This is essential as poor coverage can result in lower user satisfaction. Apart from improving the signalquality, beamforming can reduce the amount of interference a user encounters from other devices.
Power density
The intensity of 5G electromagnetic radiation coming from cell towers will be similar to previous generations of 3G and 4G systems. The reason for the lower power density lies in the sensitivity of electronic components. The maximum radiation output of a 2G phone was approximate 2 Watts, while that of the 4G model was around 200 milliwatts.
The power density measures how much electromagnetic energy is absorbed by the body at a certain distance. Its power density in radiation 5g is usually expressed in watts per square metres. Contrary to the SAR measurement it is an actual measurement of the quantity of electromagnetic energy within an area. The limits for power density can be different for mobile devices and wearables dependent on their operating frequency and distance.
Specific absorption
The Specific Absorption Rate (SAR) is an measure which measures the speed at which a particular frequency depositions power in human tissues. In general, a SAR value must not exceed 2 watts per kilogram of body mass. The SAR value is calculated from the electric field within tissues and the density of mass, measured in kilograms per cubic millimeter. The method was recent applied to the proposed antenna design.
The new radio technologies that make up the 5G network operate on frequencies that are below 6 GHz. These frequencies are also known as millimeter waves. However, according to the FCC's SAR compliance program is only applicable to frequencies up 6-GHz. Additionally to that, the SAR test requires that measurements are conducted using phantoms that contain tissues simulating media.
Skin health effects
Currently, we have no information on the effects of radiation from 5G to the skin. Our knowledge of the subject is limited due to the lack of in-vivo experiments and theoretic models. However, there is an urgent need for further studies of the effects of 5G radiofrequency radiation on human skin. Using 5G radio frequencies can cause damage to the skin particularly to the epidermis which is very sensitive.
In contrast to 4G, 5G radiation is a high frequency which has been proven to heat human body tissues. The human body is dipolar, so the increased frequency of 5G radio waves can cause heat to the skin. Exposure to 5G radio frequencies can be detrimental to other organs of the body, such as the brain.