your all makeing it to hard on yourselves just try A large PMH 210 dc ,and suppend a round AC in the center of the PMH connect it with a nonmagnetic material then charge it with a lesser charge than the PMH watch them float in a grey field!do`nt talk poop poop just try it. just set it up so not to ark,if you charge the PMH with DC pulse it will hold the charge then you only need a long AC cable ,you all know what ed`s pattened products do use them.
I understand what your saying ,but the combo of AC and DC fields is not magic ,the eddy currents inside the pmh will lift a lesser charged sqare shaped peace of conductive stone .You should reread what I wrote the first time slower IT IS NOT,NOT MAGIC.
@dagondrake i am listening. i listen to every comment have you tried this? so we agree no magic... OK this i saw at eds castle....lots of wires everywhere.....radio parts everywhere. the spinning motor was u magnets that alternated poles looked like maybe the coil pickup for an impulse coil was on the wall he played with batteries teach me of your AC DC fields...you have my attention. do you show any of this on your channel? i will check it out i want to see the rock float
ed`s magnetic motor simplied powered the DC for the PMH he had built into the outside walls of the caslte ,there were AC pumper cables in the black boxes ,as long as the DC current was greater than the AC currents the voltage would balance,the eddy currents inside the huge PMH would then push the AC charged stones up simply rechargeong the 0-point energy in the conductive stones,NAC REPELLS NAC!
@irondmax Everyday physics? Seriously?..you my friend are a fool...everyday physics and a fucking 20 ton crane maybe...let me guess we used "everyday" physics to build the pyramids too? Its not magic just a forgotten knowledge..kinda like common sense in today's time..
@ShadyRaider watch your language on my videos. i will not say it again. kids read this stuff.
as i said, everyday physics and hard work. you can plainly see it there at the castle
no magic. just hard work. jacks levers cribbing. people use this tech everyday. its the oldest kind of work. yes just like the pyramids. yes hard work has been forgotten.
just like manners have been forgotten. the tripods would hold the stone and cribbing under neath a little at a time, lift it and use the folcrom
I would like to see you use an air coil instead. This would free up the absorption of the magnetism into the iron, causing the field to act quicker and free. Off cycles could then collect energy from the heat/radiant background.
So you wound this bifilar coil and are using a timing circuit to trigger the pulses to it? Is it wound like that to extract the back emf which is normally shunted in power circuits? If you had a larger diameter wire on the coil would that give you more amps?
@MightyZarkon a hydrogen cell wants to draw amps and has a voltage drop...
this works simular to an inductor in a welding machine....the short circuit in the hydrogen cell is the amp draw, the pulse shuts off the power input to the cell, the inductor store the energy until the cell feeds from it.
so the power source is on less but the cell sees power as a constant.change the pulse, change the amps you allow the cell to consume no back emf here, because of constant amp draw from the cell
@MightyZarkon the bigger the inductor the more amps it can handle. do not saturate the inductor. feel it, if it gets hot....you saturated it with the amps...change the pulse rate
bifillar coils exchange electrons and have high capacitance in the 2 wires themselves
also the magnetic flux is pulsing into the steel core and into the wires as the pulse goes from off to on.
instead of back emf increasing the voltage, the flux goes to the amp pull or cell
not sure what it is your trying to show here. electrons passing through a wire cause a magnetic flux. the coil around the iron rod makes an electro magnet of the iron rod. If you didnt have anything in the coil, the coil will still cause a flux, north at one end and south at the other.
but i was very surprised to see the wire move, while the magnet was beside it.
also, about 2.20 minutes in, when the pos passes in one direction and the neg passes the other direction.......there seems to be no ,or little magnetic field in the steel core,and power is on......
@irondmax Bifilar coil has coils that oppose each other as they coil around. So while one coil makes a north to south magnetic flux the other makes a south to north magnetic flux. This results in no magnetic flux because they cancel each other out, thats if they are both equal (or close to equal) in coil turns, current etc.
The single strand wire has still one direction current which is still a flux field that a magnet can affect.
let me ask you this......if flux flows though the single strand.....then the flux is a loss in electricity.......right? so the single wire should be kept short as posible. if a pancake bifilar coil was used with very short wires in and out......no steel core is needed and power loss from flux loss would be almost none.
@irondmax Yes, its a well known fact that if the coil gets too hot with the power your using, then using a longer wire from the power source to the coil can help lessen the over heating of the coil. So electricity is lost through the wiring.
They call it resistance. Fatter wire also helps the same, its a case of more electricity is able to escape before returning back to the power source on its looped journey.
hi do you think leedskalnin made the negative electrons act massivelly amplified as a repelling force from the earths surface as that is negative (like placing 2 magnets earth to earth) thats what i am trying to ask.not good on electronics so trying to learn.ok
@joebulatao very exiting to me, canceled magnetic field in the inductor and magnetic pulse in the wire itself. it amased me. the second part was interesting but i new it would do that. i wish i could just stay home and play with this stuff everyday
@irondmax It's nice to hear that..I also tried the inductor/resistor method in my low voltage video..same trend results with you, the voltage went down while amps increased a little bit..sometimes, it's nice to compare what really matters, voltage or amperage...Regards
@2bigHybrid ok i tried it without the inductor, pulsing 12 volts neg and pos, same frequency ,amp pull from cell much greater, blew 20 A fuse little more HHO meter voltage at cell was 3 to almost 6volts as i adjusted the pulse.
hhofor volts claims less heat and water stays clear with the buck converter....
another video will look the same i think.
i think the inductor is important in that it will absorb and control amp draw......i will check it again next week
I didn't hear the relays this time, are you still using them? The difference between my rod and yours is my magnetic fields cancel, so when I put a strong magnet at either end it does matter which pole is use, it draws to the rod the same way if the circuit is running or not.
@hhoforvolts they can be heard, quieter....camera is farther away. watch carefully richard.....in the first part the fields cancel out but the magnetic pulse is in the wire.. video quality is not so good....but if you watch you will see the wire pulse to the magnet and the clip will not stick to the end of the coil, fields cancel......second part is with the fields because not wired bifiilar.
i think it is very interesting that the magnetic pulse is in the wire not the rod.
@irondmax When the circuit is not on.........nothing will stick except a magnet. When on, using a compass, one end of the rod will have a north pole and the other is south with a very slight pull of metal objects. When you bring a strong magnet to either end, the rod acts just as a iron rod, no matter which pole is place at either end, it is always attracked to the rod.
dont know why dragon wont tell you how to get ac out of a PMH...
how you do it is just power one coil with DC and leave the Keeper off the ends..
measure what comes out the other coil..
cheers
brey213 2 months ago
@brey213 lol
glad your keeping watch
irondmax 2 months ago
yeah it called electromagnetic induction?
IsItTrue99 4 months ago
your all makeing it to hard on yourselves just try A large PMH 210 dc ,and suppend a round AC in the center of the PMH connect it with a nonmagnetic material then charge it with a lesser charge than the PMH watch them float in a grey field!do`nt talk poop poop just try it. just set it up so not to ark,if you charge the PMH with DC pulse it will hold the charge then you only need a long AC cable ,you all know what ed`s pattened products do use them.
dagondrake 9 months ago
@dagondrake show me.....i will listen
but to lift a stone this way....sounds like a lot of power
irondmax 9 months ago
I understand what your saying ,but the combo of AC and DC fields is not magic ,the eddy currents inside the pmh will lift a lesser charged sqare shaped peace of conductive stone .You should reread what I wrote the first time slower IT IS NOT,NOT MAGIC.
dagondrake 9 months ago
irondmax 9 months ago
ed`s magnetic motor simplied powered the DC for the PMH he had built into the outside walls of the caslte ,there were AC pumper cables in the black boxes ,as long as the DC current was greater than the AC currents the voltage would balance,the eddy currents inside the huge PMH would then push the AC charged stones up simply rechargeong the 0-point energy in the conductive stones,NAC REPELLS NAC!
dagondrake 9 months ago
@dagondrake in fact i went to florida to see eds work......no magic was there
just hard back breaking work
the motor had an impulse coil....its on the wall now
he played with am radios......the parts are still there
the black boxes.....i think just held lights for working after dark.....not there now
the stones...you can see where he cut them and see how he raised them.
the tools are still there....levers jack cribbing
we use the same methods to move machines..everyday
physics, not magic
irondmax 9 months ago
@irondmax Everyday physics? Seriously?..you my friend are a fool...everyday physics and a fucking 20 ton crane maybe...let me guess we used "everyday" physics to build the pyramids too? Its not magic just a forgotten knowledge..kinda like common sense in today's time..
ShadyRaider 9 months ago
@ShadyRaider watch your language on my videos. i will not say it again. kids read this stuff.
as i said, everyday physics and hard work. you can plainly see it there at the castle
no magic. just hard work. jacks levers cribbing. people use this tech everyday. its the oldest kind of work. yes just like the pyramids. yes hard work has been forgotten.
just like manners have been forgotten. the tripods would hold the stone and cribbing under neath a little at a time, lift it and use the folcrom
irondmax 9 months ago
This has been flagged as spam show
@irondmax FUCK YOU, this is youtube on the internet you fucking ass clown..watch my mouth? How about you suck my cock and balls?
ShadyRaider 9 months ago
@ShadyRaider physics moves mountains....knowledge is power
the forgotten knowledge is get off your but and do so work
irondmax 9 months ago
I would like to see you use an air coil instead. This would free up the absorption of the magnetism into the iron, causing the field to act quicker and free. Off cycles could then collect energy from the heat/radiant background.
mrgalleria 9 months ago
@mrgalleria i have an air coil as well
the voltage spikes are less controllable with this circuit.
with the hydrogen cell pulsed in this way, i believe its the amps being absorbed in the inductor and being slowly released into the HHO cell
but yes i have an air core with the same winds and i experiment with it as well
irondmax 9 months ago
So you wound this bifilar coil and are using a timing circuit to trigger the pulses to it? Is it wound like that to extract the back emf which is normally shunted in power circuits? If you had a larger diameter wire on the coil would that give you more amps?
MightyZarkon 11 months ago
@MightyZarkon a hydrogen cell wants to draw amps and has a voltage drop...
this works simular to an inductor in a welding machine....the short circuit in the hydrogen cell is the amp draw, the pulse shuts off the power input to the cell, the inductor store the energy until the cell feeds from it.
so the power source is on less but the cell sees power as a constant.change the pulse, change the amps you allow the cell to consume no back emf here, because of constant amp draw from the cell
irondmax 11 months ago
@MightyZarkon the bigger the inductor the more amps it can handle. do not saturate the inductor. feel it, if it gets hot....you saturated it with the amps...change the pulse rate
bifillar coils exchange electrons and have high capacitance in the 2 wires themselves
also the magnetic flux is pulsing into the steel core and into the wires as the pulse goes from off to on.
instead of back emf increasing the voltage, the flux goes to the amp pull or cell
best i can discribe it.
irondmax 11 months ago
All I see is a kid playing around and having fun, nothing to learn from any of this.
h2opower 1 year ago
@h2opower a big kid playing around
sorry you missed the message.......
the copper wire is dancing to the magnet.....
i guese you knew that allready........
i on the otherhand........first time i every saw it
irondmax 1 year ago
not sure what it is your trying to show here. electrons passing through a wire cause a magnetic flux. the coil around the iron rod makes an electro magnet of the iron rod. If you didnt have anything in the coil, the coil will still cause a flux, north at one end and south at the other.
adie123 1 year ago
@adie123 yes i know.
but i was very surprised to see the wire move, while the magnet was beside it.
also, about 2.20 minutes in, when the pos passes in one direction and the neg passes the other direction.......there seems to be no ,or little magnetic field in the steel core,and power is on......
irondmax 1 year ago
@irondmax Bifilar coil has coils that oppose each other as they coil around. So while one coil makes a north to south magnetic flux the other makes a south to north magnetic flux. This results in no magnetic flux because they cancel each other out, thats if they are both equal (or close to equal) in coil turns, current etc.
The single strand wire has still one direction current which is still a flux field that a magnet can affect.
adie123 1 year ago
@adie123
yes
thank you.
let me ask you this......if flux flows though the single strand.....then the flux is a loss in electricity.......right? so the single wire should be kept short as posible. if a pancake bifilar coil was used with very short wires in and out......no steel core is needed and power loss from flux loss would be almost none.
is this correct?
irondmax 1 year ago
@irondmax Yes, its a well known fact that if the coil gets too hot with the power your using, then using a longer wire from the power source to the coil can help lessen the over heating of the coil. So electricity is lost through the wiring.
They call it resistance. Fatter wire also helps the same, its a case of more electricity is able to escape before returning back to the power source on its looped journey.
adie123 1 year ago
@adie123
yes .
thanks.
irondmax 1 year ago
hi do you think leedskalnin made the negative electrons act massivelly amplified as a repelling force from the earths surface as that is negative (like placing 2 magnets earth to earth) thats what i am trying to ask.not good on electronics so trying to learn.ok
honda4004 1 year ago
@honda4004 not sure......maybe he just liked to play with electric. maybe he raised the block with antigravity.....may he was a jedi......
one thing for sure.....he was very smart. his tripod interests me the most.....i wish i knew what was in the box on top?
i think the tripod would lift those blocks .
i plan to visit the place myself next year i hope. or maybe this winter
irondmax 1 year ago
The joy and excitement of discovery.
joebulatao 1 year ago
@joebulatao very exiting to me, canceled magnetic field in the inductor and magnetic pulse in the wire itself. it amased me. the second part was interesting but i new it would do that. i wish i could just stay home and play with this stuff everyday
irondmax 1 year ago
Hi, can you measure or compare production from 12volts without inductor with 3volts with inductor? then post the results...thanks.
2bigHybrid 1 year ago
@2bigHybrid i will if you like.
i am very sure the inductor will win.
maybe next week i will try it.
the point of the buck convert is to lower volts a raise amps....
i was making something else...... and decided to try this.
i will try some other things with this as well.......
if we ever get some rain..... i will try some rain water without the electrolite...
i what to make another inductor like this and try 2 bifilar wound inductors pos and neg. and i want to add a carrier wave.
irondmax 1 year ago
@irondmax It's nice to hear that..I also tried the inductor/resistor method in my low voltage video..same trend results with you, the voltage went down while amps increased a little bit..sometimes, it's nice to compare what really matters, voltage or amperage...Regards
2bigHybrid 1 year ago
@2bigHybrid ok i tried it without the inductor, pulsing 12 volts neg and pos, same frequency ,amp pull from cell much greater, blew 20 A fuse little more HHO meter voltage at cell was 3 to almost 6volts as i adjusted the pulse.
hhofor volts claims less heat and water stays clear with the buck converter....
another video will look the same i think.
i think the inductor is important in that it will absorb and control amp draw......i will check it again next week
irondmax 1 year ago
I didn't hear the relays this time, are you still using them? The difference between my rod and yours is my magnetic fields cancel, so when I put a strong magnet at either end it does matter which pole is use, it draws to the rod the same way if the circuit is running or not.
Richard
hhoforvolts 1 year ago
@hhoforvolts they can be heard, quieter....camera is farther away. watch carefully richard.....in the first part the fields cancel out but the magnetic pulse is in the wire.. video quality is not so good....but if you watch you will see the wire pulse to the magnet and the clip will not stick to the end of the coil, fields cancel......second part is with the fields because not wired bifiilar.
i think it is very interesting that the magnetic pulse is in the wire not the rod.
hope you can see it
irondmax 1 year ago
@hhoforvolts when yours is running.....will a small clip stick to the end?
also if there is no magnetic field in the inductor.......do we need the rod?
i am going to try mine with a pancake bifilar coil......no iron or ferrite, only self inducted
irondmax 1 year ago
@irondmax When the circuit is not on.........nothing will stick except a magnet. When on, using a compass, one end of the rod will have a north pole and the other is south with a very slight pull of metal objects. When you bring a strong magnet to either end, the rod acts just as a iron rod, no matter which pole is place at either end, it is always attracked to the rod.
Richard
hhoforvolts 1 year ago
@hhoforvolts 2 min 24 seconds in look no magnetism in the rod.
30 seconds in look you can see the magnet move the wire
1 min 10 seconds i turn it off and on, and move it around, watch the wires.
they are copper but they pulsate like a magnet...
it is much stonger when wired as the biffilar coil.
for sure the pulse in the wire reacts to pos and nrg magnetism, i can see it up close........
i think this is very interesting.........
maybe i will make a close up of it.
irondmax 1 year ago
@hhoforvolts 3 min in you will see the pos and neg pull or push from the magnet
after 3 min ......this is not wired as a bifillar now.....it is pos and neg on the same rod, right and left for pos and neg
irondmax 1 year ago