thanks for the experimentation and effort. i bilt one of these using 5/8 soft iron, a magnetic capacitor. there is a magnetic flux field inside the rod,. thought about drilling a hole in the in the end of one of the contact points and placing a small gauge coil inside and charging it up.if the magnetism is moving inside the rod, it should cross the coil at a perpendicular angle, lentz's law should take effect. there are very small coils iin those remote control micro race car toys, good source.
Good video! I think if you watch my videos, you might like them. I have one on the PMH and it's secret schematic that correlates with your findings...
What if you put a joule thief in series with the coil wires and use the lidmotor 60hz trigger from an extension cord for bias on the base of the transistor. could it run indefinitely ?
Heres an opinion, as to why you are getting a needle to move when touching the metal, is because the slightest bit of moisture or even finger oil on the metal will act like a battery, ,metal and moisture creates a flow of electricity. As to how the perpetual holder stays holding, I am not sure, is it magnetic after the battery is removed, Can you stick a screwdriver on the side of the holder after its energized and it stick?Have you tried other coils around the coils or around the metal?
This although very awesome was first discovered and documented by Edward Leedskalnin. He has a book he wrote about electromagnatism you can find a pdf version if you search google. It may help to expand your reasearch.
one of my favourite vids. just watching again today because i was looking at the Roy Meyers’ Device, and wondering about trying north/south and/or the east/west alignment with the planet with your setup if you still have it ?
also a piece of paper between the two U shapes, like the split ferrite toroid experiments that are going on.
have you tried your meter on ac when testing the magtap? I have found tyhat when one probe is touching your skin and the other probe touching neos that i have registered up to 5 volts ac.
There is a virtual current around the iron core. It is slightly compressed on the inside of the bend and slightly spread out on the side with larger diameter.
Normally you cannot tap into that 'virtual' current but you have found locations that are of a different energy density so some current is flowing due to the geometry.
That's simply my hypothesis for what it's worth.
I wonder if tapping into it will deplete the magnetic field? It may not.
Use a permanent magnet and one of your coils around the magnet, put the meter on each side of the coil, wire a switch to close the coil circuit , watch your meter voltage every time u close or open the circuit, u have for a fraction of second a measuring, as fast u can open and close the circuit your voltage increase. after use a triac instead the switch and use a flip flop circuit for the triac trigger, u well have pulsing DCV. Do a video and proof u got balls to put it on youtube lololo.
u only need to open and close the circuit very fast 60 cycles or more, pulsing electricity like on the out put of a diode britch electricity from a magnet is produce on the change
i think that the current you are tapping is eddie currents from the magnetic field, if you laminate the "core" there will be no eddie currents, this way you could test my hypothoses
also, thinking about what occurs in the metal ring. Tap the current on the coils, all the iron atoms align ... as they align, the magnetic field gets stronger, causing more alignment, and so on, upwards to some threshold dictated by the resistance in the "circuit". Certainly at zero kelvin, something amazing would happen. But at room temp, there are losses to heat. Would it be true that if the temp was lower, that it would be all the hard to pull that thing apart?
I'm thinking that the clapper is pulling apart every so slowly -like a decay, inducing current in the keeper. If you rip them apart rapidly, there is a HUGE voltage spike on the metal clapper. I messed around with that. Its there. Its so damn hard to pull it apart that it would be difficult to make a motor using this technique. So I was thinking another horse-shoe electro-magnet could oscillate near it to wiggle it loose and trigger the back EMF.
yes i can see it : ) also use digital. Any change in voltage is required :) Good stuff buddy. If it locks you can drain it :) as a power source. If I put this in my dual EMF Circuit and it locks...... I could drain the power from it as a source.
If it holds more with more power does it dissipate? Take a small LED light and power it from the end with the reading you were getting. See if the power drops off or stays constant. Or... After use is applyed record the drop off and then remove the light from it and see where it is at then. If it comes back or stays down.
Just intrested if it can hold a charge indefinetly. i imagine everyone would be?
I am not a scientist but from watching your video gave me an idea.
You showed how the magnet was strong when you had put small electrical Volt to it from a battery. But when seperated it lost it's charge . So by reasoning in my mind the loop made it possible for the electricity from the battery to run in a circle what seems indefinetly in the magnet. As small as it is as a current. It is there.
Now what if you gave it a bigger jolt of power? would the out put be the same or more? Test that.
Your Magtap is very interesting. I am comparing your setup to how a transformer works. watch?v=aVYiT4zK9Kc This guy has a modified Transformer and explains how the flux path is modified. The Magtap should be tried with an extra flux path, the voltage may get higher with a longer loop of metal on top.
on 7:10 as you explain about the lamination of the transformer: How about insulating the the lamination plates (you may use masking tape as an insulation medium) that they may act like a capacitor? Also you may use different type of metal for the poles, like zink, and nickel etc.
can the voltage be increased with a coil at the place you are putting the probes? if it has a perpetual magnetic current then it should have a on going magnetic flux, does that sound odd? sounded better in my head LOL
Have you considered that you may be measuring current caused by the Seebeck effect?
Another comment said to wind a coil over the hot spot. If the magnetic field is not changing, then that coil will not have any voltage induced into it, and nothing could be measured.
I believe what you discovered can be easily explain, its called the Hall effect. The Hall effect in it self is really amazing. Watch this video to get a better understanding watch?v=AcRCgyComEw Basically you run a current through the wire like you did but the Magnet cause the negative and positive charges to be pushed to the outer sides, which creates a voltage potential that can be measured by a meter.
After looking at your video a few times I was able to replicate the Magtap. When energized its a solid hold and it stays that way until I forcibly pull it apart. I just ordered a galvanometer and look forward to testing for this effect. Great videos by the way.
THe important question is, does it draw power from the magnet holder when you tap the power? How to tap a DC current flowing through the transformer core. How about replacing the "magnetic keeper" with a load?
wow nice work! maybe thats the spot where the energy is entering from the 4th dimention (non visual state). Its where all magnets gets there energy from.
Try it without the coils or magnetizing the iron. Then try it with the coils and not magnetizing the iron. You should see there is a perfectly conventional explanation.
There is nothing unusual about a 'perpetual magnet holder', either.
You seemingly are finding the Bloch wall to be sure and perhaps it is energy entering into the system as noted by the likes of John Bedini etc. Can you take a compass and walk it around the system to see what pole is at the point of tapping or if it is the Bloch domain switching point?
I wonder what would happen if you took a star shape ? would magnetism still flow and if so you would have many potencial differences theoreticaly on every corner if what you are saying is right , just a thought , as ed leed skalnin built a type of star shared generator ! and what would happen if you added more coils ? could you then tap magnetic energy from those also ? Humm !!
I am certain current can be drawn. The real question is how much. Can more be drawn than what was applied from the initial battery connection.
Would be nice to see a force gauge in the equation. See what force is required to separate break the field, then lower that force slightly then draw current. See if as current is drawn does the separation force decreases. Send me royalties when you profit from this world changing endeavor.
Hey, maybe its because of the bend in the iron? Maybe the iron was bent imperfectly and as the magnetic field courses through the iron, a little leaks out as current??? more flow closer to the center and less flow on the outside and you are settling the difference...............
I don't think you have a bloch wall - that happens when magnets oppose.
VERY INTERESTING!!
I do think it would slightly weaken your connection, though? maybe? Who knows?
This is really intersting to see. Books talk about this as a problem to making magnetic contactors break contact when de-engerized but never thought is was something you could get power out of after words. My brain is pondering this stuff because magnetic coils hold some many secerts because we can't see anything happen in our own faces because its invisible.
Truly Incredible find. Some tests you can consider trying
1) do you get more energy with different thickness bars?
2) does it have enough potential to charge a capacitor?
3) measure voltage while influencing magnet closer to the PMH (sniping north and south as well)
Thats all I can think of to influence more voltage. If you have enough potential to charge a capacitor then a simple circuit can make it pulse as use it as a motor. Although I feel the PMH may lose its energy and stop being PMH
i got a series on the ed leedskalnin pmh, 6 videos and stright forward, i show how you can demagnetize just certain sides of the ubolt, also how to make a magnet motor with the u bolt coils using a rotor that is n-s-n-s-n-s-n-s.... i hook each side of each coil to the actual u bolt, then just charge each side ofeach coil,,, anyway check it out might learn something new....
@crob227 Your PMH series was truly inspirational. I am actually building the exact setup you made for my son's science experiment on magnetism. I often wondered if you can tap an electric current at the apex of the bend and slowly collapse the magnetic field. Then make a circuit to repeat the process and dump the current into a cap. I also wonder if geographic location, time of day, and orientation of the PMH to the Earth's field will influence the results.
thanks for the experimentation and effort. i bilt one of these using 5/8 soft iron, a magnetic capacitor. there is a magnetic flux field inside the rod,. thought about drilling a hole in the in the end of one of the contact points and placing a small gauge coil inside and charging it up.if the magnetism is moving inside the rod, it should cross the coil at a perpendicular angle, lentz's law should take effect. there are very small coils iin those remote control micro race car toys, good source.
tribulationcoming 3 weeks ago
Good video! I think if you watch my videos, you might like them. I have one on the PMH and it's secret schematic that correlates with your findings...
TalkingToLeedskalnin 1 month ago
What if you put a joule thief in series with the coil wires and use the lidmotor 60hz trigger from an extension cord for bias on the base of the transistor. could it run indefinitely ?
ET2uscg 2 months ago
Heres an opinion, as to why you are getting a needle to move when touching the metal, is because the slightest bit of moisture or even finger oil on the metal will act like a battery, ,metal and moisture creates a flow of electricity. As to how the perpetual holder stays holding, I am not sure, is it magnetic after the battery is removed, Can you stick a screwdriver on the side of the holder after its energized and it stick?Have you tried other coils around the coils or around the metal?
stevensrd1 2 months ago
This although very awesome was first discovered and documented by Edward Leedskalnin. He has a book he wrote about electromagnatism you can find a pdf version if you search google. It may help to expand your reasearch.
revoltedsociety 3 months ago in playlist More videos from lasersaber
one of my favourite vids. just watching again today because i was looking at the Roy Meyers’ Device, and wondering about trying north/south and/or the east/west alignment with the planet with your setup if you still have it ?
also a piece of paper between the two U shapes, like the split ferrite toroid experiments that are going on.
thanks
harpbloke 3 months ago
have you tried your meter on ac when testing the magtap? I have found tyhat when one probe is touching your skin and the other probe touching neos that i have registered up to 5 volts ac.
slingermurray 3 months ago in playlist More videos from lasersaber
the answer is: the motion in the magnetic field gives you the energy. same as a magnetic motor.
Paogrin 4 months ago
There is a virtual current around the iron core. It is slightly compressed on the inside of the bend and slightly spread out on the side with larger diameter.
Normally you cannot tap into that 'virtual' current but you have found locations that are of a different energy density so some current is flowing due to the geometry.
That's simply my hypothesis for what it's worth.
I wonder if tapping into it will deplete the magnetic field? It may not.
clipper0udo2 5 months ago
I will tell u that u need really careful observation , u found something very interesting ... very big.Btw Thank u for posting.This is awesome video.
novkaxfire 6 months ago
excellent....u shd be recognised worldwide 4 this....welll done :) .this vid made my day !!!!
kamalmichael 6 months ago
Use a permanent magnet and one of your coils around the magnet, put the meter on each side of the coil, wire a switch to close the coil circuit , watch your meter voltage every time u close or open the circuit, u have for a fraction of second a measuring, as fast u can open and close the circuit your voltage increase. after use a triac instead the switch and use a flip flop circuit for the triac trigger, u well have pulsing DCV. Do a video and proof u got balls to put it on youtube lololo.
UNIVERSSOUL 6 months ago
u only need to open and close the circuit very fast 60 cycles or more, pulsing electricity like on the out put of a diode britch electricity from a magnet is produce on the change
UNIVERSSOUL 6 months ago
i think that the current you are tapping is eddie currents from the magnetic field, if you laminate the "core" there will be no eddie currents, this way you could test my hypothoses
poper422 6 months ago
you could try using Rodin coils, you may get more.
TheBean8bean 6 months ago
Any time you travel against flux lines, you create a current in a wire, this is the principle of generators. Nothing new here buddy, sorry.
DrInductor 6 months ago
SSE Talks - Challenges to the 2nd Law of Thermodynamics - Daniel Sheehan
TheQedqubit 7 months ago
this guy explains some about the bloch wall...
TheQedqubit 7 months ago
Just so you know.
I am not expert but what your measuring are well known.
They are eddy currents.
Hiv0ltage 7 months ago
ed leedskin... coral castle... check it out
bearpatch626 9 months ago
Hey,
Have you thought about adding a 3rd coil and "tapping" from it???
Maybe with 2 LED's in reverse polarity ?
Since the two existing coils just feedback from each other to
maintain the "magnetic ring" effect
A 3rd coil might actually produce some electrical current???
Just a thought for further experimenting.
saracomm 9 months ago
Not a marketable free energy device, but still very interesting experiments.
Thanks for sharing
jlbleeker 9 months ago
hy, how many volts is in best points?
wizer12 9 months ago
are you playing with the energy of a God?
onthecuttingedge2005 10 months ago
hall effect?
brianbirdtv 10 months ago
cool would 1 wire at each end mint work
skunkape49 10 months ago
Awesome video, great research. Nikola Tesla comes to mind.
teargardens 10 months ago
also, thinking about what occurs in the metal ring. Tap the current on the coils, all the iron atoms align ... as they align, the magnetic field gets stronger, causing more alignment, and so on, upwards to some threshold dictated by the resistance in the "circuit". Certainly at zero kelvin, something amazing would happen. But at room temp, there are losses to heat. Would it be true that if the temp was lower, that it would be all the hard to pull that thing apart?
morpher44 11 months ago
I'm thinking that the clapper is pulling apart every so slowly -like a decay, inducing current in the keeper. If you rip them apart rapidly, there is a HUGE voltage spike on the metal clapper. I messed around with that. Its there. Its so damn hard to pull it apart that it would be difficult to make a motor using this technique. So I was thinking another horse-shoe electro-magnet could oscillate near it to wiggle it loose and trigger the back EMF.
morpher44 11 months ago
yes i can see it : ) also use digital. Any change in voltage is required :) Good stuff buddy. If it locks you can drain it :) as a power source. If I put this in my dual EMF Circuit and it locks...... I could drain the power from it as a source.
rainmanp7 11 months ago
i wounder if its acting like a capacitor in a odd way?
zpoppe 1 year ago
If it holds more with more power does it dissipate? Take a small LED light and power it from the end with the reading you were getting. See if the power drops off or stays constant. Or... After use is applyed record the drop off and then remove the light from it and see where it is at then. If it comes back or stays down.
Just intrested if it can hold a charge indefinetly. i imagine everyone would be?
Rserp1 1 year ago
I am not a scientist but from watching your video gave me an idea.
You showed how the magnet was strong when you had put small electrical Volt to it from a battery. But when seperated it lost it's charge . So by reasoning in my mind the loop made it possible for the electricity from the battery to run in a circle what seems indefinetly in the magnet. As small as it is as a current. It is there.
Now what if you gave it a bigger jolt of power? would the out put be the same or more? Test that.
Rserp1 1 year ago
Your Magtap is very interesting. I am comparing your setup to how a transformer works. watch?v=aVYiT4zK9Kc This guy has a modified Transformer and explains how the flux path is modified. The Magtap should be tried with an extra flux path, the voltage may get higher with a longer loop of metal on top.
EnsignInRed 1 year ago
on 7:10 as you explain about the lamination of the transformer: How about insulating the the lamination plates (you may use masking tape as an insulation medium) that they may act like a capacitor? Also you may use different type of metal for the poles, like zink, and nickel etc.
mksboysal 1 year ago
can the voltage be increased with a coil at the place you are putting the probes? if it has a perpetual magnetic current then it should have a on going magnetic flux, does that sound odd? sounded better in my head LOL
totalresearch4545 1 year ago
Nice! Great! Thanks for Sharing! Keep Up the Good Work! Shared "Ledskalin" Threads! Great Observation and thoughts! Blessings, Scott
SuperPHANTOMZ 1 year ago
Very cool. What metal is the bar made of?
RunAMuckGirl2 1 year ago
does it work on both ends of your PHM? or just the top?
MrFlathunter 1 year ago
Have you considered that you may be measuring current caused by the Seebeck effect?
Another comment said to wind a coil over the hot spot. If the magnetic field is not changing, then that coil will not have any voltage induced into it, and nothing could be measured.
acmefixer1 1 year ago
Lasersaber,
Did you abandon this project for the joule ringer? I haven't heard any more about this potential energy (but tiny) energy source.
Thanks,
Alex
alexhouchens 1 year ago
Wind a coil over the hot spot and scope it ?
z1zaz 1 year ago
I believe what you discovered can be easily explain, its called the Hall effect. The Hall effect in it self is really amazing. Watch this video to get a better understanding watch?v=AcRCgyComEw Basically you run a current through the wire like you did but the Magnet cause the negative and positive charges to be pushed to the outer sides, which creates a voltage potential that can be measured by a meter.
ibpointless2 1 year ago
Great accident!
jeannacav 1 year ago
Your clips are steel. Same as breaking the keeper with an LED attached. Use aluminum ends.
Also a good try is instead of rounded ends use a sharp bend. I will try iron wire.
giantkilleroverunity 1 year ago
Hey Lasersaber,
After looking at your video a few times I was able to replicate the Magtap. When energized its a solid hold and it stays that way until I forcibly pull it apart. I just ordered a galvanometer and look forward to testing for this effect. Great videos by the way.
jiffycoil 1 year ago
THe important question is, does it draw power from the magnet holder when you tap the power? How to tap a DC current flowing through the transformer core. How about replacing the "magnetic keeper" with a load?
teslacult 1 year ago
wow nice work! maybe thats the spot where the energy is entering from the 4th dimention (non visual state). Its where all magnets gets there energy from.
valllhalla 1 year ago
woah thats very interesting, how do i amke one of these.
rroge5 1 year ago
Comment removed
chasson321 1 year ago
Did you see if current flows in the coils???
lunarrn 1 year ago
Try it without the coils or magnetizing the iron. Then try it with the coils and not magnetizing the iron. You should see there is a perfectly conventional explanation.
There is nothing unusual about a 'perpetual magnet holder', either.
ExSp00k 1 year ago
with copper leads and iron keeper, you might pick up voltage due to dissimilar metals.
morpher44 1 year ago
You seemingly are finding the Bloch wall to be sure and perhaps it is energy entering into the system as noted by the likes of John Bedini etc. Can you take a compass and walk it around the system to see what pole is at the point of tapping or if it is the Bloch domain switching point?
diveflyfish 1 year ago
interesting work bye the way
stefb2005 1 year ago
I wonder what would happen if you took a star shape ? would magnetism still flow and if so you would have many potencial differences theoreticaly on every corner if what you are saying is right , just a thought , as ed leed skalnin built a type of star shared generator ! and what would happen if you added more coils ? could you then tap magnetic energy from those also ? Humm !!
stefb2005 1 year ago
Ed Leedskalnin dauermagnet,interessant aber ohne nutzen.
querdenker79 1 year ago
I am certain current can be drawn. The real question is how much. Can more be drawn than what was applied from the initial battery connection.
Would be nice to see a force gauge in the equation. See what force is required to separate break the field, then lower that force slightly then draw current. See if as current is drawn does the separation force decreases. Send me royalties when you profit from this world changing endeavor.
Anothercoilgun 1 year ago
Great nfind.. Excellent spotting on that effect. Explore it and do not bent on what you are seeing. A little pun.
jbignes5 1 year ago
Hey, maybe its because of the bend in the iron? Maybe the iron was bent imperfectly and as the magnetic field courses through the iron, a little leaks out as current??? more flow closer to the center and less flow on the outside and you are settling the difference...............
I don't think you have a bloch wall - that happens when magnets oppose.
VERY INTERESTING!!
I do think it would slightly weaken your connection, though? maybe? Who knows?
VERY OBSERVANT!!
CosmicGnarler 1 year ago
you've discovered a real q-ray bracelet.
GatheringSticks 1 year ago
Hey, this is really cool, some of the suggested experiments with your system sound interesting too.
prioritytree 1 year ago
This is really intersting to see. Books talk about this as a problem to making magnetic contactors break contact when de-engerized but never thought is was something you could get power out of after words. My brain is pondering this stuff because magnetic coils hold some many secerts because we can't see anything happen in our own faces because its invisible.
egn83b 1 year ago
You have a closed system. The magnetic field can not collapse so the field is constant thus holding the bar together.
valveman12 1 year ago
Truly Incredible find. Some tests you can consider trying
1) do you get more energy with different thickness bars?
2) does it have enough potential to charge a capacitor?
3) measure voltage while influencing magnet closer to the PMH (sniping north and south as well)
Thats all I can think of to influence more voltage. If you have enough potential to charge a capacitor then a simple circuit can make it pulse as use it as a motor. Although I feel the PMH may lose its energy and stop being PMH
bytesilver 1 year ago
Interesting, i will give it a try....
THX 4 sharing!
Cheers...
K0W0O0N0 1 year ago
really cool
irondmax 1 year ago
Great work.
Bill
Pirate88179 1 year ago
it is very amazing. looking forward to more of this. makes me think of the almost sharp V shape of his magnets.
thanks for showing this.
harpbloke 1 year ago
i got a series on the ed leedskalnin pmh, 6 videos and stright forward, i show how you can demagnetize just certain sides of the ubolt, also how to make a magnet motor with the u bolt coils using a rotor that is n-s-n-s-n-s-n-s.... i hook each side of each coil to the actual u bolt, then just charge each side ofeach coil,,, anyway check it out might learn something new....
crob227 1 year ago
@crob227 Your PMH series was truly inspirational. I am actually building the exact setup you made for my son's science experiment on magnetism. I often wondered if you can tap an electric current at the apex of the bend and slowly collapse the magnetic field. Then make a circuit to repeat the process and dump the current into a cap. I also wonder if geographic location, time of day, and orientation of the PMH to the Earth's field will influence the results.
ImJacksAmygdala 1 year ago
@crob227 link?
CosmicGnarler 1 year ago
does it charge a capacitor?
ibpointless2 1 year ago
Please try this.
1. Separate the Top Keeper by placing a thin piece of paper in both gaps.
2. Measure the VOLTAGE between the top & bottom.
3. Please share what you get.
Thank you for sharing.
.
BillPentode 1 year ago