@Welesly77 @Welesly77 Thanks! But i can not take credit for these things, they are not my inventions, I just like to show them so people can see and understand. Ed L has lots of info in his magnetic current book and john bedini has been helping me to understand. And if nothing happens from it, oh well, i just enjoy playing with this stuff and its good experience.
@DK-sg3oe
2 жыл бұрын
Anyway if u can change the neg pos at say 120 cycle per sec and put a coil around the magnet u have electrify flow put 1kg copper u get 100watts hr all u need 2 do is put commutator to go around the pos neg using brushes around the battery and from the battery harvest the energy
@Iwannastayanonymous
10 жыл бұрын
That's really interesting !
@ElectricExperimentsRobert33
13 жыл бұрын
Nice*
@naokikashima9349
10 жыл бұрын
Brilliant video!! You are switching the direction of the magnetic flux inside of the transformer by applying voltage. The magnetic flux in the two transformers moves in the opposite directions.
@MAGnetICus_Attractus
14 жыл бұрын
this reminds my to make a video of 2 magnets on the 8mm wrench.shows how you change the orbit. i wonder if you run the coils going the same way as the magnet if it would make a doulbe orbit, like 2 gears meshing.thanks for posting
@frankertolacci7542
8 жыл бұрын
will the switching work on neodymium magnets
@0Sebek0
12 жыл бұрын
I can't seem to replicate this experiment, the field never gets inside of only one side, both sides stick with the same strength. Please help me, what kind of material is that? is it not silicon steel? I just want to measure the energy needed to switch it from one side to the other, and see how much energy you can get from the flux change, because...it's a strange phenomenon, thank you.
@Welesly77
14 жыл бұрын
@codygillespie you're pretty much the man : ) I can think, hey, there must be a way to use this... then I hit a wall and can go no further. You on the other hand, find a practical way to make it work. Keep it up! This is huge! -Wes
@kreynolds1123
6 жыл бұрын
Welesly77, use for it: Magnetic memory? Might be usefull for a few bits of memory with parts at hand, but it would not scale cheaply.
@Welesly77
14 жыл бұрын
Cody, Again, great video. Is this an effect you could use to turn the PMH into a motor? I thought I remember Leedskalnin talking about a motor he had created... Maybe I'm off as there is a permanent magnet in the circuit unlike the PMH... Just curious : )
@tekenafenengi2161
5 жыл бұрын
I wanna thank you for showing us how easy it is to switch permanent magnet's magnetic field. can you tell us the wire diameter and length of each winding and strength of magnet you used?
@Welesly77
14 жыл бұрын
@codygillespie I understand you did not invent this stuff, but the inventors reveal their discoveries in strange ways, almost in riddle form for laymen like me. Unless you have the ability/training to follow their clues, that is : ) You break it down into usable chunks and it is very apparent you understand what is occurring as you know the dots to connect to make this or that happen. It is just cool to see you are correctly using the ideas and picking up the trail : )
@philippebertel1779
5 ай бұрын
Le côté surprenant Le matériel n'ont magnétisé .... qui devient magnétique SÛR DEMANDE curieux quand même
@josephrines3175
2 ай бұрын
This just proofed a concept I'm working on. Thank you
@codygillespie
14 жыл бұрын
@Welesly77 Yes, thats the plan.
@wayne7540
6 жыл бұрын
Thanks been looking for this ☺️
@not4guy
12 жыл бұрын
I never knew you could change the polarity of a magnet like that. That totally blew my mind!!!
@kreynolds1123
6 жыл бұрын
Guy Griffith, the return path for the magnetic field is changing, not the polarity of the permanent magnet.
@karvakferenc
13 жыл бұрын
This is MEG conception. When the magnetic field collapsed in one side then produced free energy. Motionless Electryc Generator.
@codygillespie
13 жыл бұрын
@overunitydotcom I believe i understand what you are saying. I should say that the cores were slightly unbalanced in surface area, the left side having more. So it had a stronger attraction to the left side. Interesting behavior none the less.
@ferrocell_usa
8 ай бұрын
Great demonstration! It's easy to flip the domains in ferrite. Try that with a neodymium ring the same size.
@oudotcom
13 жыл бұрын
Well done, switching the Remanenz magnetism from one leg to the other with the help of these coils. Interesting is, as you did not yet applied any current, that the magnetic flux went all the way to the left leg although you also attached the right leg. So when it has decided to go in one direction the Remanenz flux seems to stay in this leg, although you connect another leg ! Regards, Stefan.
@kreynolds1123
6 жыл бұрын
overunitydotcom, i suspect that magnetic hysteresis playes a part in pinning the magnetic fields lines to one side or the other.
@rodneycarmichael8333
3 жыл бұрын
how to sum that up? looks like once a flux loop is established presenting an alternative pathway doesn’t affect it, but a pulse of electricity,(with the appropriate polarity), and when two pathways are present, can facilitate a swap of flux paths. here’s another clip i thought was intriguing as well. kzitem.info/news/bejne/02-BzWpvnIOlmJw
@alexmanzanero
8 жыл бұрын
Maybe have you tried ac current that will switch back and forth for the purpose of generating pulsed dc current from coils placed around cores
@DjKohal406
6 жыл бұрын
This is literally the start of a 0 motion generator. Rectangle hollow transformer core, 4 coils. NSEW. North and South connect to your battery or build a custom switcher. East and West are outputs. The principle of magnetism is at it's core. North and south, when energized will make a disturbance in the EMF of the permanent magnet. The pulsing just keeps it changing. And a constant change in emf of a magnetic field across an inductor... isn't that volts?
@alex681219
13 жыл бұрын
tkx for share!! it can be inplemented in security magnet locks. The magnetic locks needs a ups for security and consume electricity permanently. The PMH looks like a great solution. How can I demagnetize a PMH without other PMH?
@diamony123
8 жыл бұрын
ok, wait a minute, this is what electromagnets do by default... had me the first first time... but we get a little smarter.
@chuckjordan6455
4 жыл бұрын
Edward Leedskalnin
@bearing01
14 жыл бұрын
pretty cool.
@davidjackson2115
7 жыл бұрын
Thanks. There are many configerations and observing your differnt approach has given me an idea, you probably already knew. Also, ive come to the conlcusion and is obvious with your demonstration that unlike what they say about the MEG {the stronger the magnets the better} that really you need the manget strong but not too strong to saturate the core so it dosent fudge switching the flux paths. I notice that your setup still has a favorite side that sticks more, and this is consistant with AC where one side is "phase" even though its "AC" {not earthed AC}. The wiring and coil configerations are vast, your dealing with core factors {materials and their limitations, switching speeds} and the electrical side of it. People expect others to say "what works" if they find it. But it wouldnt work like that because you need to get of your ass and make all the fruitless mistakes - and clean up the mess! God is the Master of free energy, while we piss around like monkey's with lightbulbs.
@MXFlorianKTM
5 жыл бұрын
Do you know if it's possible and if yes how to switch between push and pull force on a magnet without turning or moving the magnet?
@vinnystvincent9788
10 жыл бұрын
Good job I like your observation
@helpmonkey
11 жыл бұрын
a good demonstration of magnetic saturation, a concept that eludes most people... excellent
@manwar999
10 жыл бұрын
GOOD JOB you should keep working on this,,,
@rabmbgkab
8 жыл бұрын
Muy bueno, los felicito, yo estoy pensando en algo así pero distinto.
@chajimun
10 жыл бұрын
it is necessary to place the magnet on the first half of the core to make magnetic field able to switch?
@ed085
12 жыл бұрын
Can anyone share any link about the theory/model of this experiment? Thanks a lot!
@steffenthomasG90MAN
7 жыл бұрын
ich hätte mal gern genauere Angaben zum Versuchsaufbau, genaue Angaben über die Magneten, die Spulen und die Spannung bei den 30mA ... wäre mal ein netten Projekt zum nachbauen, Danke im Voraus :-)
@jerrymaulden9805
11 жыл бұрын
isnt that what were all after? something to charge a bank of batteries?
@pugalstech
4 жыл бұрын
Very nice
@StringfellowHawke197
6 жыл бұрын
There is a secret here to making the worlds most efficient electric motor.
@ronaldsykes966
11 жыл бұрын
quadrant magnets . space boots.
@JoeFlowYnot
7 жыл бұрын
can you make an elevator with this technology
@TheJjiggity
13 жыл бұрын
Wow, James Clerk Maxwell says Welcome to 1880 BITCHES
@getreal155
5 жыл бұрын
Very interesting. This totally contradicts the scientific consensus
@getreal155
5 жыл бұрын
@Dave Smith Incorrect. In total contradiction to all that is written about the subject. Science says the magnetic flux will ALWAYS be divided equally over the 2 paths. It never should ' lock' in one side or the other.
@trentsuveges7622
Жыл бұрын
Damn that is nuts!
@marcuskoch
9 жыл бұрын
Sweet.. I will try to replicate
@knagtegl
11 жыл бұрын
interesting vid.
@MrTalhakamran2006
9 жыл бұрын
If this is true then how come no one has used this concept in motors or generators?
@kreynolds1123
6 жыл бұрын
Talha Kamran, "if true" it is true. Let me explain. Small magnet has a small magnetic field. The chuncks if steel cary practically all the fields through it. The coil's core creates a return path for the magnetic field. Since all the magnetic field is being conducted through the first coil's core, the magnet can not interact with the second. The switch is possible by using a battery to induce a magnetic field that has the second coil's magnetic core attract the magnet, while creating an oposing field in the first. Switch current direction restores it to the first state. I think the closest motor analogy is a synchronous motor, though the motor doesn't make contact.
@MT-xw4jx
Жыл бұрын
Sehr schön hier hat jemand Induktion erfunden.
@fisal-oe2ze
11 жыл бұрын
is there anyway i can get you to explain how to build one ? i already tried but no luck ,using rare earth magnets , what kind of coils are these ?
@kreynolds1123
6 жыл бұрын
fisal 4590, there is just one magnet. The two poles are some kind of steel. The magnet's should not exceed the saturate the permeability of either the poles, nor the coil's cores. Use just one magnet that is either a smaller or weaker. magnet.
@manwar999
11 жыл бұрын
nice work
@karvakferenc
13 жыл бұрын
Great experiment. Thx.
@captain42979
10 жыл бұрын
awesome video man
@ytyhaha2733
8 жыл бұрын
Прост батарейки поляризации направления и меняется тока можно добавить итоге 2 транзисторов всего делать мультивыбратор маяки колеблется часовых башня утра на работу. Витя никогда получать ничего не знаю как магнит меняется хотя бы один раз президента России подписаться башни точно время году?
@debunkified
10 жыл бұрын
Um,
@Sonsoftesla
11 жыл бұрын
thanks for this, I get confused when trying to tell the difference between flynns parallel path and radus flux switching. Both are similar to Eds perpetual magnet holder but use real magnets plus the coils. Its almost like a magnetic current 1 to 1 transformer.
@AverageJoe2020
7 жыл бұрын
What part of this is"Switching Permanent Magnet Field"?
@kreynolds1123
6 жыл бұрын
Average Joe, its less about switching a permanent magnet. Rather, its switching the which cores the fields are coupled through.
@Kyle-sg4rm
3 жыл бұрын
@@kreynolds1123 If using a much more powerful permanent magnet, i'm guessing it's necessary to have a bigger core and more winds on the coils... but does the battery have to be bigger also (more current)? And could the permanent magnet be one entire bar, or does it have to be in the middle with bits of metal on the ends like that? Thanks!
@kreynolds1123
3 жыл бұрын
@@Kyle-sg4rm I think your safe on needing a bigger core. as to needing more turns or not I'm not sure. on one side, your create a field that closes a magnetic circuit while the other side expels the magnetic circuit. you need enough turns×current to minimumly overcome the little bit of retentivity in the transformer metal, but I'm not sure how much beyond that. time is another factor to consider, how long does it take for current to rise such that it is sufficient current×number of turns to switch the flux path. using a higher voltage is sure to change the length of time to get the required current.
@Kyle-sg4rm
3 жыл бұрын
@@kreynolds1123 Thanks for your reply! I'm going to have to look into this one deeper! To simplify my main question - I guess i'm wondering whether or not the field of the permanent magnet can be stronger than the field created by the coils. Could a weaker field 'redirect' a permanent magnets stronger field, so that it essentially turns the magnet off. I can think of similar devices, so maybe it's worth mucking around with them to bring in some clarity. Best wishes!
@kreynolds1123
3 жыл бұрын
@@Kyle-sg4rm I'd be glad to continue the discussion as we try to understand what is happening. But first, let's get this out of the way. just cleaning up the description. I'm sure your aware that one can't turn off a magnet unless it's an electromagnet, or one destroys the magnet's magnetism with heat or some other randomizing energy like physical shocks and that doesn't destroy the magnetism, just randomness its magnetic domains so that its large scale group magnetism is diminished. But, one can control the flux path outside a magnet as seen in this video demonstration, so that a potential flux path is either active (experiencing magnetic attraction) or not. if I may, I'd like to offer you a new question, to get you on a path to where I think you want to go. "what is the minimum energy needed to switch the flux path for a given magnet and two potential flux paths." I said energy because there is a certain amount of energy in the system in the initial flux path linking. Then during the flux path switching, you have a battery circuit storing energy over time in and creatting a magnetic field that rejects the magnet's flux, while in the same circuit, the same is happening in another potential flux path but in reverse, attracting the magnets flux path. I can see as the flux path is switched, the magnet can suddenly cause a significant change in flux in each coil transferring magnetic energy from one side to the other. hypothesis: if it is that the magnetic energy transfer is largely equal, minus hystoresys and eddy currents, then it shouldn't take much energy to switch the flux path. if you want to muck around you might want to start with modeling the flow of energy discussed above.
@MYtimeNspace
5 жыл бұрын
These Coil cores are obviously from small shade pole motors. he just wishes he is as smart as Nikola Tesla. Great video thought.
@draculakickyourass
13 жыл бұрын
WOOW,BASED ON THIS IT CAN BE MADE A MOTOR WHO WILL RUN A CAR POWERED ONLY BY A 12 VOLTS CAR BATTERY.THE DRAINED POWER FROM THE BATTERY WILL BE RECHARGED BY THE CAR'S ALTERNATOR,SO IT WILL RUN INFINITELY,IN THEORY.....
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