Does Shungite block EMF?
The answer isn't that simple.
Shungite is definitely cool & beautiful. It's a black stone that was discovered in Karelia Russia & that's why you may see people talk about only trusting Kareilian Shungite.
It pains me to see that Shungite is the number one term that comes up when you Google 'EMF Protection'
The trouble is that although Shungite does have electrical conductive properties because it actually has carbon and (sometimes) fullerene content.
As a matter of fact, It has been confirmed to have shielding capabilities from 10-30GHz, as well as attenuating 50Hz electric fields (Mosin and Ignatov, 2013)
The PROBLEM with using it as shielding is that you have to have a lot of it, not just a chunk of it sitting on a table.
Shungite can have shielding capabilities IF it COVERED an entire wall or created a large barrier between you & the wireless antenna/transmitter.
Simply placing a small chunk of shungite on a table will not provide meaningful protection against EMF.
Shungite, and any crystal by the way, does NOT attract or diffuse EMF. Instead, its shielding capabilities stem from its conductive properties, which allow it to absorb & reflect EMF when deployed in sufficient quantities.
TL;DR
Using the 'INVERSE SQUARE LAW' is a more effective way to protect against EMF radiation compared to relying solely on shungite.
The inverse square law states that as the distance from a radiation source doubles, the radiation intensity decreases by a factor of 4.
This means that simply increasing your distance from an EMF source can significantly reduce your EMF exposure.
A small piece of shungite on a table looks nice & good but is unlikely to provide any meaningful protection.
#EMFs #Shungite #InverseSquareLaw
https://www.facebook.com/share/p/1BCBvJiScV/?mibextid=wwXIfr
The answer isn't that simple.
Shungite is definitely cool & beautiful. It's a black stone that was discovered in Karelia Russia & that's why you may see people talk about only trusting Kareilian Shungite.
It pains me to see that Shungite is the number one term that comes up when you Google 'EMF Protection'
The trouble is that although Shungite does have electrical conductive properties because it actually has carbon and (sometimes) fullerene content.
As a matter of fact, It has been confirmed to have shielding capabilities from 10-30GHz, as well as attenuating 50Hz electric fields (Mosin and Ignatov, 2013)
The PROBLEM with using it as shielding is that you have to have a lot of it, not just a chunk of it sitting on a table.
Shungite can have shielding capabilities IF it COVERED an entire wall or created a large barrier between you & the wireless antenna/transmitter.
Simply placing a small chunk of shungite on a table will not provide meaningful protection against EMF.
Shungite, and any crystal by the way, does NOT attract or diffuse EMF. Instead, its shielding capabilities stem from its conductive properties, which allow it to absorb & reflect EMF when deployed in sufficient quantities.
TL;DR
Using the 'INVERSE SQUARE LAW' is a more effective way to protect against EMF radiation compared to relying solely on shungite.
The inverse square law states that as the distance from a radiation source doubles, the radiation intensity decreases by a factor of 4.
This means that simply increasing your distance from an EMF source can significantly reduce your EMF exposure.
A small piece of shungite on a table looks nice & good but is unlikely to provide any meaningful protection.
#EMFs #Shungite #InverseSquareLaw
https://www.facebook.com/share/p/1BCBvJiScV/?mibextid=wwXIfr
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