☎️ 5G or Not 5G? ☎️
Recently, I came across a report that claimed to test 5G technology, but it used a frequency of just 2.45 GHz, the same as your home Wi-Fi and microwave oven!
The study tested 5G in a controlled environment on rats with extremely low power, which doesn’t reflect the real-world conditions we face.
To understand the differences between various frequencies, it’s important to recognize their unique physical properties.
Lower frequencies, like those used by CB radios, can travel farther, penetrate objects more easily, and are safe. On the other hand, higher frequencies—such as the millimeter waves used in 5G require far more infrastructure. This includes base stations and boosters placed every few hundred yards to maintain coverage. These higher frequencies function more like high-power Wi-Fi than traditional mobile networks. 🛜
The relationship between frequency and wavelength can be understood with the simple formula:
Wavelength = Speed of Light ÷ Frequency
•CB Radio (27 MHz)
Wavelength = 300,000,000 ÷ 27,000,000 = 11.1 meters
•Mobile Phones (700 MHz)
Wavelength = 300,000,000 ÷ 700,000,000 = 0.43 meters (42.9 cm)
•Wi-Fi (2.45 GHz):
Wavelength = 300,000,000 ÷ 2,450,000,000 = 0.12 meters (12.2 cm)
•5G Millimeter Waves (24 GHz and higher):
Wavelength = 300,000,000 ÷ 24,000,000,000 = 0.0125 meters (1.25 cm)
As frequency increases, wavelength decreases, which leads to smaller antennas:
5G antennas are extremely small and highly directional, with a tiny wavelength of just 1.25 cm – similar to laser-guided military systems.
Personal Observations: Is 5G Really Active?
In my opinion, true “5G” technology is not yet active or available in my area of Worcestershire, despite what some phones may show on the signal bar. Many friends and followers on social media have reported a significant drop in mobile signals since COVID, with data speeds slowing to the point of being nearly unusable in certain areas.
After testing with tri-field meters, acoustic meters, and frequency counters, I’ve only detected 2G, 3G, 4G, and 2.45 GHz signals—nothing higher. Even when testing older “5G monopoles” and newer small cells, I’ve found no frequencies above these. However, the highest power output I detected on any so-called 5G monopole was in the small cells in Shrewsbury Park. These small cells are mounted on lamp posts or stand on their own and are less than 8 feet tall, pumping high amounts of radiation just above head height. These are apparently installed to help businesses take card payments during events in the park.
What About True 5G?
True 5G technology uses millimeter-wave frequencies above 24 GHz, offering high data speeds. However, these frequencies face several challenges: shorter ranges, and the need for a dense network of base stations and boosters. As a result, true 5G networks are still in the early stages of deployment, especially in rural areas like mine.
The Rat Study: What Was Found?
A study conducted by Tomsk State University in Russia examined the effects of RF-EMF exposure at 2.4 GHz (the frequency of Wi-Fi) from a simulated 5G base station on male Wistar rats. The experiment tested three age groups: juvenile, adult, and presenile. The rats were exposed to low-power 2.4 GHz radiation for five weeks.
Several interesting changes were observed in the rats:
• They started eating, drinking, and excreting twice as much.
• Their behavior became more easily manipulated, with increased sensitivity to the exposure.
• Blood changes were noted, including altered blood oxygen levels.
• Colon cancer developed in the rats following prolonged exposure.
These results suggest that even at low levels of 2.4 GHz, significant physiological changes can occur, particularly affecting the rats’ digestive systems and mental health.
You can read more about the study in this PDF: https://www.nature.com/articles/s41598-024-60862-5
#5G
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