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"Antigravity" Method 5 of 15, Magnetic Mechanical Constraint-Repulsion or Attraction, Group IIA(i)

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Uploaded by on Feb 21, 2009

GROUP II MAGNETIC (PERMANENT & ELECTROMAGNETIC-DC)
Group IIA(i) Magnetic Mechanical Constraint-Repulsion or Attraction of like poles
Antigravity Method 5 of 15, Magnetic Mechanical Constraint-Repulsion or Attraction of like poles, Group IIA(i)
Filmed 1991-1996, 5 of 15 methods of levitating an object known to the author John Iwaszko, edited from the video Antigravity the reality made in 1996. The antigravity method shown in this edit, is referred within the original video as Static Magnetic & Gyroscopical Magnetic Levitation which has now been reclassified by the author as, Magnetic Mechanical Constraint-Repulsion or Attraction of like poles Group IIA (i), which better describes any Static Magnetic-tethered /column supported arrangement using the simple magnetic attraction or repulsion properties of permanent or electromagnetic direct current solenoids. This pseudo-levitation methods shown look impressive but only require magnets and some form of mechanical constraint for stability, and a few common house hold materials to create the shown feats of levitation.
If two permanent magnets or electromagnets powered with a direct current (DC) power supply are mechanically constrained along a single vertical axis such as a piece of string, and arranged to repel each other strongly, this will act to levitate one of the magnets or electromagnets above the other.
The crowning glory of this opus was the remarkable levitating neon glow lamp, illuminated wirelessly by the high frequency field from a plasma lamp in the vicinity.
WARNING:- Some of these experiments operate directly from 240VAC mains supply or far higher voltages at high currents are potentially lethal. Do not build unless you know exactly what you are doing. Do not touch any part of the equipment while it is plugged into a mains outlet. And remember that the methods described do not conform to any electrical safety standard and many of the experiments performed are downright dangerous.
Powerful magnets such as neodymium magnets or powerful magnetic fields generated by coils can be dangerous and not to be played with. Powerful magnets or magnetic fields can crush fingers. The power of magnetism can also cause chunks of metal to take flight.
Extremely intense sounds can burst ear drums or can be physically painful to human ears. High-intensity ultrasound waves are extremely dangerous to experiment with as they can heat human tissue by absorbing ultrasound energy which becomes heat by vibration and corresponding energy loss.
Exposure to radio frequency energy or ionizing radiation that can be generated by coils can not only burn as they get hot but also cause radiation burns, damage to the skin or other biological tissue.
Be careful! Use good solid judgement in your work, and think ahead. I John Iwaszko do not endorse the experiments shown, and am merely passing on information, I have learnt through experiment. Safety is your responsibility!

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Uploader Comments (JOHNROMANIWASZKO)

  • amazing video hope its real 5 stsrs

    to much talking though

  • Hi jayandersons,

    I appreciate your feedback, particularly the five stars, in retrospect I agree, would you believe this was the edited version!

    Thanks

    JRI

Top Comments

  • he is great,

  • Very good information for those who want to learn more on this subject .These vids provide clear, correct information layed out for easy understanding.

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All Comments (13)

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  • @TronPancake, sorry about the delays, it takes a big effort as well as time to get years of experimental footage edited within a 15min. time frame and give it some cognizance that is understandable by the general public, which is my aim.

    Cheers

  • @TronPancake Thanks for your comment as for Wireless power I have already demonstrated a 240VAC mains globe powered wirelessly that levitates refer method 10b, method 12 can also achieve this to some extent. Coincidently by the end of this week, I endeavour to upload method 15b which is all about wireless power and electric propulsion as well as 15C which will be uploaded some time later (approx. 1 month),

  • Hi datlildodge,

    Thanks for answering this question, well done; I’m still trying to catch up to them all, I need all the help I can get.

    Cheers JRI

  • @peterelliotpeter no, but yes (real straight awnser huh) it is becuase yes, it will repel with he same force, but at the same time the force of the attraction still works on it, weakening the repulsions. this affect dosn't work vice-vresa though.

  • does a magnet repel the same force as it attracts?

  • I also performed a similar experiment lighting a 240V incandescent lamp wirelessly with no thread and no connection refer my method 10b, this was achieved with a receiving coil, a small high frequency Tesla Coil transmitter and magnetic repulsion held stable with a feedback controlled electro magnets.

    Thanks for your comment JRI

  • Hi EdgarJimenezPerez,

    The ball is maintained by the magnetic field repulsion, and held from flipping over with nylon thread, the plasma globe transmits high frequency energy wirelessly to the neon lamp which is within the high frequency field which is supported in the same fashion as the ball.

  • great,, how mantein the ball up?

    Charging the aoir with static trouth the Telsa bulb?, and charger the base with oposity?. thanks

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