This is a Marinov motor in essence. Although, here in your set up it differs in that the current path is not made to flow through the bearings. Unlike a Faraday motor, the Marinov motor uses no Magnetostatic field like your set up here. About the impulse 'anamoly' yes there is more than what meets the eye☝️
What did you show that would show an impulse Anomaly?? Because what I see you repeat using Volt, when it is on and off, so when it is on so it causes motion, ya did it again. And the spark show that means if there is a gap so there will be spark but lower motion, that means spark is the storage but the smaller gap is better so the gap is what cause motion which means current that is from magnet field interact, which cause spark that is electricity, so there is tiny spark gap which can't be see so it causes motion and static as mass, so there is a spark within mass but we can't feel. So, spark is a sign of magnet field react with another magnet field, two opposite magnet field which is invisible, but spark is not invisible. So, the smaller the spark, the bigger the motion, since the energy field is less contain, so not from the air to the motor itself, but from contact band and motor alone with tiny gap. Or spark is a break thru the inductor space that is the air since it can resist heat, so the air break down create a ion. So, it means a break down so it can mean the air or conductor materials which break down that is from inductor or conductor. So, spark is a break down of mass to causes another motion in another mass. So, should I see impulse Anomaly?? That means when it is on, then off, so during the off period, the motor roll to stop within few second, so when you have impulse Anomaly that means during the off period, the roll to stop is higher so it takes longer. If that is so, ya didn't see impulse Anomaly at all time when you start to end from beginning to end of video? How long you turn on the volt when there is no impulse Anomaly and how long you turn on the volt when there is impulse Anomaly?
That is a good question - it took roughly a year for someone to ask that. What we have observed is that there seems to be an imbalance regarding the impulses created by that unit under certain circumstances. If one assumes, that for every action there is an equal reaction in the opposite direction, then this situation is challenged. It appears that this unit can (to a small amount) self-propell itself and/or turn on its own. It would be interesting to have this experiment done in space.
Well, the basic set-up is shown in the video. We made slight changes here and there (different power sources like caps & batteries, different contact bands and connectors) and this led to the conclusion that certain set-ups seem to favor the observed movements. More research however is necessary to come to a final conclusion.
If you still have this setup test your homopolar motor under water. That will be super interesting what will happen? Most likely you will generate hydrogen and oxygen and some other gasses while the motor will run.
Regarding your contact issue. You already noticed that @ th-cam.com/video/AZdM2uW7LiI/w-d-xo.html. It seems like the bands get attracted or repelled depending on the magnetic field which is cause by the high current. Maybe try to connect the bands at a different angle/position. Maybe bend them a quarter turn around the rollers before the contact point. Also, the higher the contact area the less sparks you will get. You might also think about using brass for the contacts because it has a low friction.
Great quality. Great intelligence. I like your Name. .. Why not use resistors to reduce the amperage. Direct connection to batteries and super capacitors can melt copper wire.
Appreciated. The main goal of this channel is to find out more about the nature of electricity. That's why we prefer not to restrict it using semis or resistors. Yes, it can be dangerous, but on the other hand it is exciting and let us get a feeling what it really is. The time when the great Nikola Tesla was around must have been awesome.
I'm going to look at all of your videos. I invented a new type of generator starting with Tesla's Unipolar Dynamo. But you may have proven my idea about how the ball bearing motor works. Your roller moves in either direction? .. Also, I'll think about your 2 battery idea. That's an important new idea.
Use it to run a unipolar generator with direct contact no brushes imagine a motor that supplies torque and DC power. Use roller brushes like roller cams and current control. Also a regular DC motor to start it don't stick your fingers in it.
Start making drawings with details so we can make computer models. and Reduce I are submerge it in mineral oil. But that way to much I. Your making ozone and copper dust and gas.
This is a Marinov motor in essence. Although, here in your set up it differs in that the current path is not made to flow through the bearings. Unlike a Faraday motor, the Marinov motor uses no Magnetostatic field like your set up here. About the impulse 'anamoly' yes there is more than what meets the eye☝️
What did you show that would show an impulse Anomaly?? Because what I see you repeat using Volt, when it is on and off, so when it is on so it causes motion, ya did it again. And the spark show that means if there is a gap so there will be spark but lower motion, that means spark is the storage but the smaller gap is better so the gap is what cause motion which means current that is from magnet field interact, which cause spark that is electricity, so there is tiny spark gap which can't be see so it causes motion and static as mass, so there is a spark within mass but we can't feel. So, spark is a sign of magnet field react with another magnet field, two opposite magnet field which is invisible, but spark is not invisible. So, the smaller the spark, the bigger the motion, since the energy field is less contain, so not from the air to the motor itself, but from contact band and motor alone with tiny gap. Or spark is a break thru the inductor space that is the air since it can resist heat, so the air break down create a ion. So, it means a break down so it can mean the air or conductor materials which break down that is from inductor or conductor. So, spark is a break down of mass to causes another motion in another mass. So, should I see impulse Anomaly?? That means when it is on, then off, so during the off period, the motor roll to stop within few second, so when you have impulse Anomaly that means during the off period, the roll to stop is higher so it takes longer. If that is so, ya didn't see impulse Anomaly at all time when you start to end from beginning to end of video? How long you turn on the volt when there is no impulse Anomaly and how long you turn on the volt when there is impulse Anomaly?
12:47 impulse anomaly description. But what is the anomaly?
That is a good question - it took roughly a year for someone to ask that. What we have observed is that there seems to be an imbalance regarding the impulses created by that unit under certain circumstances. If one assumes, that for every action there is an equal reaction in the opposite direction, then this situation is challenged. It appears that this unit can (to a small amount) self-propell itself and/or turn on its own. It would be interesting to have this experiment done in space.
@@scienceexxience "appears to self propel, and turn on it's on. " Thats would be unique. What makes it appear that way? What do you observe?
We put the unit in a container on water and observed movements of that container under certain circumstances.
@@scienceexxience still very vague. what circumstances?
Well, the basic set-up is shown in the video. We made slight changes here and there (different power sources like caps & batteries, different contact bands and connectors) and this led to the conclusion that certain set-ups seem to favor the observed movements. More research however is necessary to come to a final
conclusion.
Why are carbon brushes not being used instead of copper?
If you still have this setup test your homopolar motor under water. That will be super interesting what will happen?
Most likely you will generate hydrogen and oxygen and some other gasses while the motor will run.
is this 1821 lol
Regarding your contact issue. You already noticed that @ th-cam.com/video/AZdM2uW7LiI/w-d-xo.html. It seems like the bands get attracted or repelled depending on the magnetic field which is cause by the high current. Maybe try to connect the bands at a different angle/position. Maybe bend them a quarter turn around the rollers before the contact point. Also, the higher the contact area the less sparks you will get.
You might also think about using brass for the contacts because it has a low friction.
Yes, brass might be worth a try for reducing friction. Thanks
For one..use carbon brushes...and resurface your comutator...keep the springs much shorter...your getting way too much flexing...
We had considered all what you have suggested, but for our experimental set-up and it's purpose what we used seemed to work the best. Thanks
Make your own?
Build along with mine start to finish. I'm doing a build with what works what doesn't how to improve.
I did that check my channel. And yes it seems to be an improvement.
Great quality. Great intelligence. I like your Name. .. Why not use resistors to reduce the amperage. Direct connection to batteries and super capacitors can melt copper wire.
Appreciated. The main goal of this channel is to find out more about the nature of electricity. That's why we prefer not to restrict it using semis or resistors. Yes, it can be dangerous, but on the other hand it is exciting and let us get a feeling what it really is. The time when the great Nikola Tesla was around must have been awesome.
I'm going to look at all of your videos. I invented a new type of generator starting with Tesla's Unipolar Dynamo. But you may have proven my idea about how the ball bearing motor works. Your roller moves in either direction? .. Also, I'll think about your 2 battery idea. That's an important new idea.
If you switch either the polarity of the DC source or of the magnets the roller will move the other way.
@@scienceexxience I have some ideas that may work 🤔without restricted👨🚀
A Homopolar motor is a short circuit by nature, a resistor would impede the effect☝️
Use it to run a unipolar generator with direct contact no brushes imagine a motor that supplies torque and DC power. Use roller brushes like roller cams and current control. Also a regular
DC motor to start it don't stick your fingers in it.
Start making drawings with details so we can make computer models. and
Reduce I are submerge it in mineral oil.
But that way to much I. Your making ozone and copper dust and gas.