Veljko Milkovic' - 2 Stage Oscillator Violates 3rd Law of Motion

[wrtner]

Ask your local university

It might be worth trying the mech eng department (or Architecture) of your local university to see if there is any arrangement whereby we might use their software, if they have it. Diplomacy needed since many have stopped thinking, and are bound to regard much or even all of what we do to be nuts.
Paul-R

[gene gene]

Sparkies Needed

Hi all,

I built a 2 stage pendulum a couple years ago when I first found Milkovic info. It was rather crude in construction, made with a sledge hammer another sledge head for 2nd stage. I think the parts are still in the garage if anyone might be interested in some pics. It did not work the greatest, I think most likely because it was just clamped down on a metal desk that jumped around alot when in use. You could drive a 8d nail with one finger input but it took quite a few pushes. I believe it could have drove another nail above the sledge with no more input. The kids were not to impressed and Cathy didn't like the noise so I took it apart.

I have a pendulum idea I would like to run by you all. I hope it's not to far off topic, if it is I will delete.



Maybe some of the electronic guys here can do windings for coils and electro magnets, for I have no knowledge of such.

Keep up the good work,
Gene

[wrtner]

Hi all,


I have a pendulum idea I would like to run by you all. I hope it's not to far off topic, if it is I will delete.
Gene

Yout idea is intriguing, and should have its own thread.
Paul.

[Inquorate]

Interesting

Not truly a veljko oscillator because it's really only a lever, and does not harness centrifugal force to add to the weight of a pendulum..

However, whilst it should have it's own thread, I would not delete it, as a hybrid vertical veljko oscillator with a pendulum that takes advantage of the 'weightless' aspect of the lower pendulum's swing to accelerate the 'fall' of the top weight would IMHO be a worthy project.

There could potentially be a gain there.

Thankyou for sharing your idea here, it has given me food for thought, and possibly - god forbid - another project

However, it's already half built in my living room, thanks to my gravity mill and electromagnetic powered veljko oscillator forays...

I knew that delayed push pendulum circuit would come in handy someday.

So, again, Thankyou.

[Inquorate]

Hang on,

Pendulum on the top of a vertical veljko oscillator; you'd have to get the period of the pendulum's swing and the period of the lever's swing in resonance by adjusting the weight and the weight's placement along the pendulum and lever...

Dag nammit, can't sleep now.



But again; the problem of veljko oscillators; how to harness the excess inertial energy produced?

[gene gene]

Hi Inquorate,

Thanks for looking at my pendulum idea. I am glad that you you made the connection with the Veljko oscillator for it was when thinking about a way to drive the short high speed pendulum of the Milkovic device that this idea came to me. I'm sorry for not making that clear in my post.

I'm not sure how to start a new thread but I will attempt if you think this idea has enough potential, perhaps if more people see this someone could help me with coils & electro magnets. Or if someone was willing to work on the electrical end of this I could build the mechanical part of it and ship it to them to be fitted with the electronics. There is a fishing rod manufacturer just up the road from me and I can easily acquire rod blanks of different strengths.

Thanks,
Gene

[ashtweth]

>how to harness the excess inertial energy produced?

PRODUCE REAL WORK, WATER PUMP AND MANY OTHERS

[Inquorate]

Babarzilia's veljko oscillator

YouTube - ...it works!!

Looks good so far.

[Michelinho]

New development on the pendulum.

Hi all,

Check this from Matos de Matos:
Pendulum Hydro Pump

Take care,

Michel

[Cloxxki]

Hi all,

Check this from Matos de Matos:
Pendulum Hydro Pump

Take care,

Michel

That sliding pivot looks just like a virtual higher placed pivot? I fail to see the significance.

[ashtweth]

Guys check it out, looks like an educational toy proving OU is on the way from Veljko, what a great idea, physical proof assessable to any one

http://www.veljkomilkovic.com/Docs/V..._Apocalips.pdf

[Matthew Jones]

@Ash
I was wondering what the heck it was. Do you have a contact with him?

I have been working hard on my motorized version. YouTube - Bouncer2_2.MPG. It alot further than that now.
This guy did a PHUN simulation of what was described, it not up on his channel anymore, but according to the numbers he plugged in it was 3-4 time more out than in. And he didn't have a simple motor.

Veljko Milkovic is the real deal.

Matt

[Sputins]

Mechanical Analoge.

I believe the Veljko Milkovic device is more or less a mechanical analoge of the Tesla Magnifying Transformer, where the pendulum on the device is related to the "extra coil" which creates a virtual ground.

No doubt it is the real deal.

[Matthew Jones]

Dude sent me link I am not sure it will work though.

http://www.youtube.com/watch?v=FaQ7H...&feature=email

Cheers
Matt

[Aaron]

over 1.0 cop

looks like an educational toy proving OU is on the way from Veljko, what a great idea, physical proof assessable to any one

Ash,

I believe a bouncing ball and even Newton's Cradle demonstrates over 1.0
cop "overunity".

It requires x joules to lift something to a certain height. When calculating
all the joules required to lift those things to each of their heights over and
over and of course each time with a diminishing height, all those joules
added up are MORE than the required joules to lift it to begin with. Over
1.0 cop.

That shows there is no such thing as conservation of energy. Each time
there is work, there is dissipation and a "regauging" or re-establishment
of a new potential difference (height) which becomes less and less on
each cycle. And each time it goes to a height, even though it diminishes
each time, there is a NEW potential difference established that taps
gravity for free a source for gravitational input that will produce work when
the objects encounter any resistance.