1 kW zero point energy @ Peswiki.com

[LightRider]

B.t.w. I found a small glitch in his article.
The article discusses a motor with the dimensions of 9 x 6.8 cm and output of 1.07 KW.
However, in his simulation data he uses a coil of 9 x 1 cm.
Applying 6.8 cm coil hight in the parameter file results in 27.7 KW something.
So, a bit of parameter tuning is required to get more realistic values. The attached files can help doing that.

@ teslaalset :

It seem more (ls) is high the more Watt (limit of the simulation?)
(is) = 0.10m => 237 Kw
(is) = 0.90m => 46387 Kw

Worst with :
(di) = 0.70m => 88825909 Kw
(di) = 0.71m => 0.01 Kw
(di) = 0.80m => 47770 Kw
(di) = 0.81m => 0.007 Kw

... what do you think ?

LightRider

[neptune]

@Lightrider . You are obviously very computer literate . Could you use this computer program to forecast if the machine would work with a different magnet diameter , preferably one of commercially available size .O r even make a table as in your last post showing a range of commercial sizes and the resultant out put? This would be a great further step towards a practical design .

[teslaalset]

@ teslaalset :

It seem more (ls) is high the more Watt (limit of the simulation?)
(is) = 0.10m => 237 Kw
(is) = 0.90m => 46387 Kw

Worst with :
(di) = 0.70m => 88825909 Kw
(di) = 0.71m => 0.01 Kw
(di) = 0.80m => 47770 Kw
(di) = 0.81m => 0.007 Kw

... what do you think ?

LightRider

The whole setup is quite critical but with the default parameter set, Turtur gave us a 'realistic' model. Wire diameter is the one that should be chosen a realistic value.
You can obtain much more output, as you showed, but then you need superconducting wire.
Some parameter combinations will not give you any output, as you showed with some of your settings. It's all about finetuning into realistic values here.

@neptune,
You can use the program and the parameter file to change the magnet dimensions and see whether you can find your desired outcome. It's pretty simple, you don't need to be a computer wizzerd.

[woopy]

Wow !!

good thread indeed

Thanks very much Teslaalset Fantastic easy program  i will certainly spend some time on it.

@ Neptune

For the question to Prof Turtur  for me now is only 1, is it a diametricaly magnetisation and material of the magnet. For the rest all is in the program so far.

Neptune you only have to download the 2 files that Teslaalset gave above. Than you unzip the 2 files in 1 directory For instance your Document under a file named TURTUR. Than in the TURTUR file, you have to open the file "parameter" (open it with a WINDOW NOTEPAD* program, so you can modify all the datas as you will, than, when you are finished with your modifications, you simply clic on " register " in the "file menu. And than you click on the icon of the program in the TURTUR file and you get the result on the bottom line of the DOS presentation. No need to be a freak really easy Thank's Prof Turtur.

So you can test all dimension of coil , magnet diameter and thickness,wire diameter coil diameter etc  really simple. It is in german language but thanks to Lightrider the english translation is just some post above.


For instance i changed the wire diameter at 0.3 mm and it gives only 8.6 watt against 1047 watt for a 1mm diameter wire, just for fun

hope this helps

good luck at all

Laurent

[neptune]

Thanks to all for computer help and advice .@Woopy . I have emailed prof Turtur with some questions and am awaiting a reply . Among these questions is magnetic material and pole orientation , so hopefully we will soon know . If this thing works , and I am pretty well convinced by his earlier experiments , the main problems I foresee are these . I believe that it will be relatively easy to make a self runner with no load . An executive toy , if you like . The real problems will start when you add a load . If the load is a simple resistor , it will change resistance as it heats up ,enough to upset the parameters of the device , and break synchronisation . The probable solution would be some form of microcontroller to monitor things and make adjustments as needed . It is even possible that a working model with a varying load will need a small variable speed DC motor on the shaft to accelerate or decelerate the magnet as needed.But all this technology is proven and relatively cheap .