Free Energy | searching for free energy and discussing free energy

I like where you are going with your research. The bubble explanation is a little different than what happens though I believe. It's not actually pulling you in, it's slowing you down. The slower it goes, the less it effects it. The less it effects it, the less amount of current is generated. Maybe think of it instead of like a bubble sucking everything in, it's more like a high friction bubble I would say. No matter what direction you move near and in that bubble, it will slow you down. I think that may describe it a little better. The fast short movement could be very effective though if done correctly. The current is generated by the CHANGE in the magnetic field cutting the turns of the coil. You don't have to move it far to cause a good change in the field. Short fast movement will generate pretty well also. Certainly an area worth understanding better by working it out on the bench.


There is however something I am seeing in what you are talking about the reminds me of a micro generator I made many years ago, but never did anything with it because at the time I had no idea how to boost the voltage enough to get through diodes and store it. I came up with a way to generate energy from wasted vibrations and movements of any kind. I may have to revisit that again now that I have more knowledge and resources to figure that stuff out. Picture this... I had some 3/4" disc magnets. I took a piece of PVC pipe, I think at the time I used 1.5" size, but you just need one that the magnets can move freely inside. I cut 2 rings out of the pipe. Stretched a balloon over the mouth of one of them. I put the other ring on top so that the stretched balloon was between the two and I taped it all up good with duct tape making 1 tube with a rubber diaphram in between the two. I then put magnet inside the tubes on both sides of the rubber and let them stick together on both sides pinching the rubber between them. Now I aligned the magnets in the center of the tube. Now a tiny vibration of the table makes the magnets bounce up and down. I then wrapped the pipe in magnet wire turning the whole thing into a coil with bouncing magnets in the middle. Hook it to a multimeter and you will see it generating off of very tiny movements. It works awesome. But when I did it, I couldn't get the volts high enough with the wire I used and magnets I used to ever push over that diode voltage drop. But, there are some good ways to do that now, and you can even buy magnet wire hair thin to wrap it with and get higher voltages. Not to mention series connections and multiple of them would get that voltage up a bit. But something like this could easily be put near something that is creating vibrations, and harvest some of that wasted energy. Now that I'm thinking about it, I'm gonna have to make some more of these and play with them.

Could be a possibility worth trying. But entering the coil the first magnet will pay the price and leaving the coil the last magnet will pay the price. Keeping them in the middle with short fast movements like you suggested could be worth a look. May be about time to order one of those magnetic filed viewing strips to kind of help see the blotch walls of the multiple magnets attached.

I came up with a way to generate energy from wasted vibrations and movements of any kind. I may have to revisit that again now that I have more knowledge and resources to figure that stuff out. Picture this... I had some 3/4" disc magnets. I took a piece of PVC pipe, I think at the time I used 1.5" size, but you just need one that the magnets can move freely inside. I cut 2 rings out of the pipe. Stretched a balloon over the mouth of one of them. I put the other ring on top so that the stretched balloon was between the two and I taped it all up good with duct tape making 1 tube with a rubber diaphram in between the two. I then put magnet inside the tubes on both sides of the rubber and let them stick together on both sides pinching the rubber between them. Now I aligned the magnets in the center of the tube. Now a tiny vibration of the table makes the magnets bounce up and down. I then wrapped the pipe in magnet wire turning the whole thing into a coil with bouncing magnets in the middle. Hook it to a multimeter and you will see it generating off of very tiny movements. It works awesome.

It is interesting.

I also know another way.

I think you are correct there. Someone may correct me, but that is how I understand it. Now one being more efficient than the other, I couldn't tell you that.

Nope-  magnet in the coil is a no-go.

Produces great power, but drag is bad news.

If both poles in the coil- both poles either repel or attract to the coil, causing double drag.
If one pole is in the coil. that pole faces normal lens drag in and out.

Edit-  Magnets in the coils will work, but magnets would need to be positioned poles on flat faces with opposite polarities facing outward.  Then we make power and 2 alternating poles are facing the right way to neutralize drag as long as they stay in the coil.

I am going with the original idea.  It allows me to use cores and put coils on both sides of the magnets.  Let the build commence!

WOW..  I think I found the best configuration...

https://www.youtube.com/watch?v=13X58sQqtOU

If "Attraction is stronger than repulsion at shorter distances"  if we get the stroke length right=  No Drag

Edit. Reduce the stroke slightly more than neutralization point- it runs itself ??  (tapping the potential difference in the poles at correct spacing)

One thing to keep in mind. Current only flowing in 1 direction does not mean no drag. Because the direction that current will run, is the drag.

I believe the video you sent me to watch pointed this configuration out at 38-39 minutes.  https://www.youtube.com/watch?v=H6H3RymQC7g

"If the coil is bigger than the magnets and the rotor does not pass over the edge, there can be zero cogging lenz in this configuration."  .  The same magnet pole can make the current flow in either way - the whole pass.