BesslerWheel.com

Irish Oracle, Forgive us for our cynical nature. I for one have only been pursuing this objective for about 15 months. It is a strange obsession. First, curiosity. Next, I solved it. I was sure. I had only learned and read about Bessler for a week and I absolutely, 100% knew I had the answer. My wif...

I'm tired of math so trying to do something more fun! http://www.kingsford.org/khsWeb/rfs/elemsci/tmomen.html I placed a tennis ball that weighs 2 oz on a basketball that weighs 17 oz and dropped the stack 6". The tennis ball goes up about 30" higher than it started. Can a 2 oz tennis ball...

Hmm..After pondering this subject for years....I am not certain of anything... but..which is more plausable: a.) Free energy is everywhere and has been discovered by many. But there is a worldwide conspiracy and it has been suppressed. b.) Free energy is possible but it is so difficult that no one i...

peqauid - it seems to me the cylinder and spheres machine will only work (in a non-zero gravity environment) if the cylinder is spinning horizontally, as in your experiments. Do you see any way to make it work in a vertical arrangement?

GB

Fletcher - thanks for taking time to conduct these experiments. When I get a chance I will study them carefully.

Pequiad - Don't assume Fletcher is a dectractor.

GB

The problem is when talking about angular momentum vs. linear momentum, because angular momentum has a totally different notation. Pequaid - you determined that the angular momentum of the wheel is 2.26 units...then you said that if the 252.4g mass had 2.26 units of momentum it would rise 4.08 mete...

Acceleration is 252.4 / (2360 + 252.4) * 9.81 or .9476 m/sec/sec, for a final velocity of: the square root of (.397 * 2 *.9476) or .867 m/sec for a momentum of .867m/sec * (2.360 kg + .2524 kg) or 2.26 units of momentum. So if you apply 9.04 newtons of force for ¼ sec you can stop the wheel. 9.04 ...

The trick is obviously going to be in stopping the flywheel, without excessive loss of energy, and using all that momentum to lift the overbalanced weight. If a physical experiment cannot be easily achieved, then can someone with math skills and access to WM2d build a model that may help answer som...

http://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19620006811_1962006811.pdf See the PDF page 9, first sentence at top of page. "During this operation angular momentum is transfered to the weights and the wires." At least this confirms a part of pequaid's theories. Very interesting. GB

Now you put the 14.007 units of momentum into a yo-yo de-spin device and transfer all of the motion to the small overbalance mass of 1 kilogram. If (a very small if) Newton’s Three Laws of Motion apply to this event then the one kilogram must be moving 14.007 m/sec. At 14.007 m/sec the one kilogr...

Just trying to understand momentum transfer... If you put a small weight on a wheel at 1:00 it will turn the wheel until it stops at 10:45 (approx). Is the wheel not using it's momentum to try to lift the weight back up? Is this different from transfering the momentum from the big wheel to the puck?...

pequaid - your math proves to you that energy is created. For thousands of years man has attempted to create a perpetual motion machine. If your math is right, the key to perpetual motion and creation of energy has been solved. But, it is time to prove the math is correct with a real world experimen...

What is a yoyo? :)

@greendoor - I tried a simlar experiment a few months ago and the flywheel was not able to lift the weight back up. But, my experiment was not real accurate so I would not say it was 100% conclusive.

GB

@greendoor Let me give my take on it... Let's define three "wheels" in his setup. (1) is the big gray wheel, we'll call it the Big Wheel. (2) is the small white wheel, we'll call it the White Wheel. (3) is the smallest of the three wheels. It is grey and we'll call it the Puck. Pequaide, p...