also after firing, there is still a tiny amount of magnetic locking that you can clearly feel with the hand. but I still think its very close to OU event!

ok I replicated this and you can feel that you are climbing a slow hill when approaching the magnet and then when you are on top you get the sudden drop "firing" Doing it by hand is misleading. the energy you put in by approaching the magnet is very sudden and happens in a longer distance that's why u are not feeling it and believe that its nothing..

you can try to set up a 1-way pendulum that's rotating 1 way and put this magnet system on top and below so they don't interact with each other and can amplify the rotation and using gravity to keep spinning with the weight

That budget basic basement sound

It seems the soft approach is possible because of 1.The 90° perpendicular angle which exposes approximately equal Push and Pull from the disk magnets North and South polarities, and 2.The slight tendency of attraction between the disc magnet and the bar. If the bar was bent in a slight curve forward, maybe its approach would be less hesitant? I think your precise placement of balanced magnetic components is pretty amazing. Reminds me of Wesley W. Gary.

You know it's just the same technology they use in monorails

So glad to see you posting a new video. I have a device that I am working on which uses some of your principles, it requires extremely fine balancing but shows promise as a rotary “motor”. Thank you for your work!

If you can get more power out than you put in you get many nobel prizes and you'll be the richest person to ever live. It doesn't work like that man.

in this design the Entry will have same resistance as the exit push .. you did not show entry.

try to put 4 -6 side magnets and give it a spin!

SOOOOOO, good to hear from you again. As per usual, you have great insights to the harnessing and manipulation of magnetic fields. Now if only you can get the full 360 degrees.

Was just thinking about you yesterday. Had not heard in awhile. Again, you have made an interesting video. I save all of them but if I want to watch a certain one again, I go to KZbin so you get extra watches.

With your car example, I picture a subway car going down a tunnel where the 'overhead' lights in the tunnel are your circular magnet. Give the car an initial push and it seems like it would keep rolling. Just a thought from a total novice! Thanks for doing this experiments and videos!

maybe you can create a chaotic magnet pendulum that will never stop with that principle?

wow! so there is no resistance when you are near the magnet and then it accelerates?

Hi Ray, I have been so busy and I have missed watching your experiments. It was so nice to hear your voice again. Thanks for all the wonderful adventures you take us on. :):) Do you by chance have a PayPal account that I can send you something at?

thanks for sharing. have you done any further work on your other designs?

👏👏👏👏👏

❤❤

😢

Are you all right? I have not seen any new content. You are the leader on KZbin for magnetic field manipulation and I miss your lessons on the subject

I replicated your work and I can confirm it works. Other thing I tried circular, but it is not that good as linear like you showed. Plan is to build one ferrocell to see all the magnet lines, I will keep you posted

Great idea. Can you repeat the test with the camera rotated 90° on the horizontal plane ? Thanx

Remembering Leedskalnin used V-magnets from T Ford magneto. I like your principles possibly a new type generator configuration 👍👏😎

This is very good, not only a true gate but also reversable. I thought of an idea for using this. If it works i'll send more than a price of coffee!

❤

Nice to see you back. I am getting a bit closer to my garage lab. Insulation is in and walls going up lately. I am doing this by myself and handling those 4x8 sheets are painful on this 69 year old plus it is so darn hot and humid. Electrical will be next.I ever get this thing done enough to work in it, maybe fall , I want to go back through your videos and try this stuff. I copied and saved all videos you have made. Hope you will be back sooner on next video.

Ray you need eliminate one more variable by not using your hand. Make a little roller device to move your magnet. There are many videos claiming OU when in fact they are powered by almost imperceptible hand movements. Then the force to move that roller device can be measured.

How are the poles configured in the neo magnet...? How many poles dose it have..?

I tested this with 2 headed nails and a ceramic magnet and it works as a oneway gate mostly because the neos are very strong and can push the magnetic field out to the end of the nails but mine only went a little past the nails. Thank you Raymondslab for this major contribution. Norman

😂 болтушка

“Over unity” as in “free energy”. Sorry but this is bad science, and a total nonsensical misunderstanding of forces. You have to move the flapper back to “reset” it as you say. And that requires force. The “second story magnetics” as you call it, is just two magnets in opposite orientations being attracted at the center. That’s why your flapper will go toward the base magnet in your setup, but then will move away from it if you reverse the orientation of the flapper magnet. It’s not a tiered forces built like stories of a building. The magnets stick together side to side if you have them oriented oppositely. “Over unity” is a term used to avoid the term “free energy” which is not real. And “rays offset magnet principle” isn’t a real principle. It’s a consequence of the orientation of forces already explained in the basic principles of magnetics.

I love how you slip the nonferrous metallic ball in there like is the same ball. Pretty sneaky 😂

Is this an attempt to get more work "out" than you put "in" ?? Using the power of permanent magnets . I enjoy the style of video Or is this more for fun ?

You are AWESOME Ray! It's men like you who have always pioneered our future and funded our increased abundance with your will to explore and discover. Love you brother!

Thank you. My Chanel is dedicated mostly to the examination of various approaches to the principles found in this device.

So how did you do the second trick? :)

Hello, this experiment may interest you? - kzbin.info/www/bejne/oaLTYqOLetOlptksi=haMeXPIts6AX8Qr5

❤

Hello again. Nice video. Are the construction requirements very tight to make these things? Also, I suppose it does not matter that the axle shaft of the flapper is iron or aluminum it is not crucial ?

Thanks for sharing. Will be watching for more.. 🙂

Dear Raymond. Thanks for that series of videos. Very good experiments and very good teaching ! We are waiting for the next steps. Now that you understand how to perform the overunity and as you are a smart investigator... I'm sure that you will continue to impress us. ❤

❤

I like what I see😁 Thank you for being open and sharing. This is what matters in this world if we are to advance humanity. Thank You Raymond.

Ray, could you please hold your phone sideways/landscape so the video doesn't display in a vertical strip? I appreciate you, thank you.

Отличная конструкция! Результаты ещё лучше. Спасибо!

❤

April fools???

Dear Raymond. Thank you a lot for sharing your investigations. You are a great experimenter. Nevertheless would it be possible for you to measure the force applied to the trigger magnet at its extremity and not too close from the axis ? I think you are right when you speak about "over unity". You already showed some other demonstrations with magnets placed at 45 degrees the one from each other. It produces a torque force instead of a linear translation force. I think your previous experiments were more demonstratives. If i may, I would suggest going back to the Ray's Magnetic Field Shaping Generator. Please continue to share. It is always a pleasure to see your trials. Have a great day

Once again you're measuring the flapper magnet at the shortest leverage point then you're measuring the long magnet at The furthest leverage point taking advantage of leverage again as last video. To make it apples to apples you need to measure the flapper magnet at the furthest point not the shortest point from the drive shaft. Good work I love your way you think outside the box especially your older videos