Just stumbled onto your videos, and was surprised and happy to see all your work. I’ve been working on this for over a decade. I’m pretty much there, few minor tweaks to do, but I’m impressed, the “stator” as you call I came up with a few years ago, it is different from yours for sure, but it’s crazy how separate people can come with very similar ideas. Thanks for the all the work!
🧲 I’ve been working on this on and off for over 12 years now. Numerous events in my life caused major setbacks. Otherwise I would be much further along now. Glad you’re finally here. I look forward to seeing what you’ve been up to as well. In my opinion, it’s only logical how this needs to be achieved thereby you were following the logic, and most likely is why your design concept is similar to mine, as it’s quite logical how this needs to be resolved. Have you seen this video that I posted about a day and a half ago or so? I will also post a link that explains my stater design in the event you haven’t gotten to see it yet. More importantly, thank you for taking the time to stop by to give me feedback as time is something we can never get back. Much obliged. 👉 ua-cam.com/video/f-pIjwZJZkk/v-deo.html
NICE VIDEO!!!! ...'couple' comments, however... 1) You did not mention eddy currents. This is a static B-field ...no dB/dt eddy's 3) At about timestamp 11:12 you should have also shown the difference in attraction at the longest distance from the magnets. it's all about distance here. Study ELECTROMAGNETIC INDUCTION in more detail....many U Tube videos around.
No cans needed. Just hold the paperclip a foot away from the magnet. All your paper did was space the magnet away from the clip. You can do that with anything. The metal should interfere but it's a balancing act. To measure it you need to pay careful attention to distance. Half a millimeter can make a huge difference. Old hard drives have very powerful magnets and yet they can't really be detected outside the case. That's some good shielding.
You have completely missed the point of this video. The cans were nothing more than a prop. And the magnet inside of the cans was about a inch and a half away from the outside wall. I get the feeling you did not watch the video in its entirety? Inside of my stators the magnet is only about 3/4” away from the paper clip.
🧲 By the way. Today I measured the distance between the magnet inside the cans to the outer most wall. It was exactly 1”. That’s crazy that the shielding works that well. Either you’re a troll, or someone whose very ignorant about magnetic shielding.
As a specialist in magnetic fields I have to agree with consaka. Distance reduces the magnetic flux by r^2. No valid measurements were shown. And the cans are made out of ferrous material with a relative magnetic permeability of 1, which cant shield DC fields at all because there are no eddy currents at play here. Absolutly sacriligous video that should be removed immediatley.
Those metal sheet that you showed , it has galvanised plated , eddy current that builds up by magnetic is on surface of sheets, so it reduce or better oppose the the other magnet , so you have conductivity and permeability. Such eddy current is well known.
he just increases the distance and fools you by playing around with the paperclip. the flux reduces by radius^2. There are no eddy currents because the flux is not changing like AC. To shield DC u need mu metal with high permeability.
Excellent demonstration. Great verbal & communication skills. Well put together. And it works. Thank you James for your awesome work. Now coming to the comment posted by @consaka1 "Just hold the paper clip a foot away .." @consaka1, Just as James noted, you completely missed the point. Without any shielding, that 1" neodymium magnet will squish the hell out of the paper clip from one & 1/2 inches away. With shielding and proper spacing, zero magnetism. That is the whole idea of magnetic shielding. @consaka1 .. Please give your logical reasoning a second look. Blessings & Warm Regards.
🧲 Often people lock in on a misunderstanding. Once this happen they rarely ever correct their statement or opinion. I should have measured the distance between the paper clip and the magnet. Most likely it’s about 1-1/4”. Where as normally it’s 3/4” with my stators.
can you put a magnetometer in the tin and outside of it to measure the value? It should provide a more accurate value of the shielding effect i suppose. This would be like a kozyrev mirror.
People are using aluminum, if they get static charge or something, they use iron, make a sleeve for the magnet, the best one should be ferrite known in audio and electricity industry, however it is expensive. Do not forget that shield only changes the magnetic field path and redirecting it somewhere else.
Something that I did not think to do during the filming of this example was to show the actual distance between the edge of the magnet to the outer edge of the tin can. Turns out the distance is exactly 1 inch on the money. That means the paper clip that’s not really wanting to stick to the side of the canned is within 1 inch of the magnet, which is an extremely strong field at that point.
I have a question, instead of trying to suppress or shield the energy, what about reshaping the metal to direct the energy in a different way? My question is,, do both ends of the magnet have to be identical? Can you create a magnet where both ends are not identical. If one end of the magnet was 300% larger than the other end, it should change the energy grid from one end to the other. Is it possible
@@ProtozoanKid thanks! I realize it's a bit of a complicated question because the magnetic fields are invisible in the first place!? Lol but I'm glad you understood my questions
🧲 I’ve long since given that great consideration, and may need to go that route at some point. Will start with all stator magnets being shielded first, as that’s coming soon anyway.
Flux is a change in the density of the field. you're using a permanent magnet with a static magnetic field. You are not using the correct term. You don't know what you're talking about. Keep studying.
![АЛАУДИНОВ у Скабеевой: эти их ВСУ нас НЕ ДОГОНЯТ 😁 [Пародия]](http://i.ytimg.com/vi/an0anqU4WGQ/mqdefault.jpg)
Just stumbled onto your videos, and was surprised and happy to see all your work. I’ve been working on this for over a decade. I’m pretty much there, few minor tweaks to do, but I’m impressed, the “stator” as you call I came up with a few years ago, it is different from yours for sure, but it’s crazy how separate people can come with very similar ideas. Thanks for the all the work!
🧲 I’ve been working on this on and off for over 12 years now. Numerous events in my life caused major setbacks. Otherwise I would be much further along now. Glad you’re finally here. I look forward to seeing what you’ve been up to as well. In my opinion, it’s only logical how this needs to be achieved thereby you were following the logic, and most likely is why your design concept is similar to mine, as it’s quite logical how this needs to be resolved. Have you seen this video that I posted about a day and a half ago or so? I will also post a link that explains my stater design in the event you haven’t gotten to see it yet.
More importantly, thank you for taking the time to stop by to give me feedback as time is something we can never get back. Much obliged. 👉 ua-cam.com/video/f-pIjwZJZkk/v-deo.html
🧲 My stator design. 👉 ua-cam.com/video/x7eZ4kWJrEo/v-deo.html
🧲 How to build my stators.
👉 ua-cam.com/video/GrBkoJSSMX0/v-deo.html
@@FreeMagneticEnergy2 you have a UA-cam email subs can send some info at?
Thank you
NICE VIDEO!!!!
...'couple' comments, however...
1) You did not mention eddy currents. This is a static B-field
...no dB/dt eddy's
3) At about timestamp 11:12 you should have also shown the difference in attraction at the longest distance from the magnets. it's all about distance here.
Study ELECTROMAGNETIC INDUCTION in more detail....many U Tube videos around.
No cans needed. Just hold the paperclip a foot away from the magnet. All your paper did was space the magnet away from the clip. You can do that with anything.
The metal should interfere but it's a balancing act. To measure it you need to pay careful attention to distance. Half a millimeter can make a huge difference. Old hard drives have very powerful magnets and yet they can't really be detected outside the case. That's some good shielding.
You have completely missed the point of this video. The cans were nothing more than a prop. And the magnet inside of the cans was about a inch and a half away from the outside wall. I get the feeling you did not watch the video in its entirety? Inside of my stators the magnet is only about 3/4” away from the paper clip.
🧲 By the way. Today I measured the distance between the magnet inside the cans to the outer most wall. It was exactly 1”. That’s crazy that the shielding works that well. Either you’re a troll, or someone whose very ignorant about magnetic shielding.
As a specialist in magnetic fields I have to agree with consaka. Distance reduces the magnetic flux by r^2. No valid measurements were shown. And the cans are made out of ferrous material with a relative magnetic permeability of 1, which cant shield DC fields at all because there are no eddy currents at play here. Absolutly sacriligous video that should be removed immediatley.
@@PThaViwhat would work best as a thin magnetic shield and how would you mitigate the need/use of space in the design
Those metal sheet that you showed , it has galvanised plated , eddy current that builds up by magnetic is on surface of sheets, so it reduce or better oppose the the other magnet , so you have conductivity and permeability. Such eddy current is well known.
he just increases the distance and fools you by playing around with the paperclip. the flux reduces by radius^2. There are no eddy currents because the flux is not changing like AC. To shield DC u need mu metal with high permeability.
Excellent demonstration. Great verbal & communication skills. Well put together. And it works. Thank you James for your awesome work.
Now coming to the comment posted by @consaka1 "Just hold the paper clip a foot away .."
@consaka1, Just as James noted, you completely missed the point. Without any shielding, that 1" neodymium magnet will squish the hell out of the paper clip from one & 1/2 inches away. With shielding and proper spacing, zero magnetism. That is the whole idea of magnetic shielding. @consaka1 .. Please give your logical reasoning a second look.
Blessings & Warm Regards.
🧲 Often people lock in on a misunderstanding. Once this happen they rarely ever correct their statement or opinion. I should have measured the distance between the paper clip and the magnet. Most likely it’s about 1-1/4”. Where as normally it’s 3/4” with my stators.
can you put a magnetometer in the tin and outside of it to measure the value? It should provide a more accurate value of the shielding effect i suppose. This would be like a kozyrev mirror.
Thanks for sharing..
What's about shielding magnetic field of this Magnet from another Magnet , not paper clips.. ?
People are using aluminum, if they get static charge or something, they use iron, make a sleeve for the magnet, the best one should be ferrite known in audio and electricity industry, however it is expensive.
Do not forget that shield only changes the magnetic field path and redirecting it somewhere else.
Great episode on magnetic shielding!
🧲⚡🛡 ~ 😺👍
🧲 Much obliged. Glad I could help.
Can this be used in a magnetic motor?.
Somehow I had missed this video
Thank you
Something that I did not think to do during the filming of this example was to show the actual distance between the edge of the magnet to the outer edge of the tin can. Turns out the distance is exactly 1 inch on the money. That means the paper clip that’s not really wanting to stick to the side of the canned is within 1 inch of the magnet, which is an extremely strong field at that point.
I have a question, instead of trying to suppress or shield the energy, what about reshaping the metal to direct the energy in a different way? My question is,, do both ends of the magnet have to be identical? Can you create a magnet where both ends are not identical. If one end of the magnet was 300% larger than the other end, it should change the energy grid from one end to the other. Is it possible
cup magnets do this. Also, you can use Halbach arrays, but those take multiple magnets.
@@ProtozoanKid thanks! I realize it's a bit of a complicated question because the magnetic fields are invisible in the first place!? Lol but I'm glad you understood my questions
Muchas gracias
De Nada.
Thank you.
All of the magnets need to be shielded. Just my opinion. 😁
🧲 I’ve long since given that great consideration, and may need to go that route at some point. Will start with all stator magnets being shielded first, as that’s coming soon anyway.
@@FreeMagneticEnergy2 muchas gracias espero y le ponga la polea armotor para ver cómo funciona
Flux is a change in the density of the field. you're using a permanent magnet with a static magnetic field. You are not using the correct term. You don't know what you're talking about. Keep studying.
Put in soup may help
You not shielding it you just reducing the magnetic field by increasing the material between magnet and paper clip.