Electromagnetic fields and children: Superpowers or super problems? 🤯
Do you think children are magical little beings capable of enduring anything? 🦸♂️ Too bad, that's not entirely true. But when it comes to non-native electromagnetic fields (NEF), they have a very special relationship with them.
💡 Some say they are less sensitive, others that they are actually more vulnerable... Who is right? 🚀 Let's delve into the science to find out!
⚡ 1. What are CENs and why is everyone talking about them?
📡 Non-native electromagnetic fields (NEF) are artificial waves emitted by our modern devices:
📶 WiFi, 5G, Bluetooth, phones, microwaves, relay antennas... in short, everything around us.
📌 Problem?
Our bodies also function using biological electricity (nerve signals, brain waves, heart rate). And these artificial waves interfere with our own biology. 🤯
🧠 2. Why are children different from adults when it comes to CENs?
We often hear that children are less affected by CEN because they have less myelin... but is that really the case?
🔍 SCIENTIFIC FACT: CHILDREN ARE ACTUALLY MORE SENSITIVE!
💡 Here's why:
✅ A more hydrated brain 💧
A child's brain contains more water and electrolytes, which means better electrical conductivity... and therefore greater absorption of electromagnetic waves.
✅ A thinner skull 🦴
Their skull is less dense and more permeable than an adult's, allowing electromagnetic waves to penetrate deeper into their brain.
✅ A still-developing nervous system 🧠
Their neural network is still being wired 🔌, making it more vulnerable to electromagnetic interference.
🚨 The result? Contrary to what one might think, children are not protected; on the contrary, they are more exposed to the risks associated with CENs!
🔬 3. And what about myelin in all of this?
💡 What is myelin?
It's the protective sheath of neurons, a bit like the insulation around an electrical cable. The more you have, the better your nerves are protected against external interference.
📌 But here's the paradox:
🔹 An adult has MORE myelin → Therefore, better protection against electromagnetic interference.
🔹 A child has LESS myelin → Their nervous system is therefore more exposed to disturbances from electromagnetic fields.
👉 The idea that children are less affected by electromagnetic waves because they have less myelin is FALSE. It is precisely because they have less of it that they are more vulnerable. 🚨
🛠️ 4. What can we do to protect children in CENs?
📡 1. Limit exposure to electromagnetic waves
✔️ Turn off WiFi at night
✔️ Avoid using connected devices near your bed
✔️ Prefer speakerphone calls rather than holding them to your ear
⚡ 2. Use Q-Technology
✔️ Harmonizes electromagnetic interference to reduce its impact on the body
✔️ Optimizes the nervous system by restoring balanced bioelectricity
✔️ Improves recovery after electromagnetic stress
🥗 3. Optimize their overall health
✔️ Diet rich in antioxidants (fruits, vegetables, omega-3)
✔️ Exposure to sunlight and nature to regenerate their natural energy
✔️ Grounding practices and screen-free time to rest their nervous system
📢 Conclusion: Protecting our children from CENs is possible!
🚀 No, children are not "less sensitive" to electromagnetic fields... They are actually MORE vulnerable!
💡 Their more hydrated brain, thinner skull and incomplete myelin make them more vulnerable.
⚡ Fortunately, solutions exist: reduce exposure, use Q-Technology and optimize their lifestyle.
⏳ The future of our children should not be left to chance. So, are you ready to protect them from invisible threats?
📩 Want to learn more about how Q-Technology protects against CENs? Take our training to become a Q Certified Tester! 👇👇
https://academianeuera.com/collections/q-technology
📢 Share this article with anyone who wants to better understand the impact of CENs on our children! 💡📡
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