Free Electricity With Ignition Coil

Antinventor2020

Antinventor2020

Member
Hello everyone. A while ago, I came across a diagram for obtaining “free electricity” from radiant energy, with an ignition coil. Any thoughts or comments?

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Looks quite easy to make, not that I know anything about this, but found this on youtube, looks brilliant.
 

Yes, electricity is generated from a changing EM field passing through a coil of wire. This is how generators work, except in the case of a generator the coil moves in order to make the field passing through it vary.

In this case, instead of the coil moving (creating EM flux by changing the area of the coil presented towards the field through rotation,) the EM field itself fluctuates and the coil remains stationary.

You can get a few volts out of the air this way by robbing energy from the fluctuating EM fields around you. Of course, if you turn on a electrical device (like this guy's Tesla coil,) you get more EM field around you resulting in more voltage.
However, that Tesla coil is not being run by that voltage, it's plugged into a power source, and the "free" EM fields used before he turned it on are also powered at their source.

What that means is that there is no "free energy" here. Just stolen energy. Like running an extension cord to your neighbor's house.

Harte
 

Harte said:
Yes, electricity is generated from a changing EM field passing through a coil of wire. This is how generators work, except in the case of a generator the coil moves in order to make the field passing through it vary.

In this case, instead of the coil moving (creating EM flux by changing the area of the coil presented towards the field through rotation,) the EM field itself fluctuates and the coil remains stationary.

You can get a few volts out of the air this way by robbing energy from the fluctuating EM fields around you. Of course, if you turn on a electrical device (like this guy's Tesla coil,) you get more EM field around you resulting in more voltage.
However, that Tesla coil is not being run by that voltage, it's plugged into a power source, and the "free" EM fields used before he turned it on are also powered at their source.

What that means is that there is no "free energy" here. Just stolen energy. Like running an extension cord to your neighbor's house.

Harte
Click to expand...

Stupid question, but
Does the voltage collected from the EM fields exceed the amount needed to power the Tesla Coil itself?
 
You might recall how Tesla used to go around the World demonstrating his Tesla coils...He would always make a dramatic stage entrance by walking through a mass of sparks from his coils and never getting burnt from them, because the current was exceptionally low...
 
TimeFlipper said:
You might recall how Tesla used to go around the World demonstrating his Tesla coils...He would always make a dramatic stage entrance by walking through a mass of sparks from his coils and never getting burnt from them, because the current was exceptionally low...
Click to expand...
apparently he knew how to generate "cold energy", which doesn't harm human beings.
perhaps a more physical manifestation of what syntropic vs entropic energy would be as far as ether physics go-
but that cold energy was also healing and was able to control room temperatures as well.
 
Exegesis said:
apparently he knew how to generate "cold energy", which doesn't harm human beings.
perhaps a more physical manifestation of what syntropic vs entropic energy would be as far as ether physics go-
but that cold energy was also healing and was able to control room temperatures as well.
Click to expand...
Could you be mixing up Low Current, with Cold Energy? :D..
 
Exegesis said:
Stupid question, but
Does the voltage collected from the EM fields exceed the amount needed to power the Tesla Coil itself?
Click to expand...
Voltage won't power anything. You have to have current.
But, no, the voltage is far too small to power the coil. Just think about it - even if you captured the entire fluctuating field around the coil to create voltage, you still wouldn't be capturing all the power in the coil.
And even if you were capturing 100% of it, that power is coming out of a wall socket so you aren't doing anything but playing "scientist."

Harte
 
Harte said:
Voltage won't power anything. You have to have current.
But, no, the voltage is far too small to power the coil. Just think about it - even if you captured the entire fluctuating field around the coil to create voltage, you still wouldn't be capturing all the power in the coil.
And even if you were capturing 100% of it, that power is coming out of a wall socket so you aren't doing anything but playing "scientist."

Harte
Click to expand...
Oh dear Hartey, please dont use the word "scientist", we already have a newbie using that name incorrectly, who far prefers talking about aliens probing himself!! :fp:..
 

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