Thane Heins Perepiteia Replications

[baroutologos]

LoL,

I was googling the net for leasure so as to find why "perpetual machines could not ever work". The wikipedia has a beutiful article there.

At my suprise Mr T's Perepiteia is at No2 of impossibilities for OU machines!
Ok, we have to admit it folks! We are working on the "perpetual" thing! there is no point at denying it anymore...

The "world" has named people like mr T and us...as those fascinated by the impossible, as too many throughout ages.

Hmmm... I am fascinated, but i do not think its impossible.

Regards,
Baroutologos

[CRANKYpants]

Hi Thane,

thank you for this Spec. I suppose that this is the core for the Perepiteia, but my question was related to the two different type of cores of your Bi-Toroid-Transformer.

I really wonder how to produce these cores.

Regards

Kator01.

SEND AN EMAIL TO SAVERIO AT TOROID TECH AND ASK HIM TO SEND YOU SOME - IT COMES FROM GERMANY OR SOMETHING - OUR YOU CAN WAIT A WEEK CAUSE I WILL BE MEETING THEM NEXT WEEK.

THIS SPEC IS FOR THE TRANSFORMER PRIMARY CORE AND THE CORES USED IN THE GENERATOR.

T

[CRANKYpants]

Third one:  http://www.youtube.com/watch?v=zaJr_gMDLBg

Minde

GREAT WORK!

UP HERE IN CANADA WE HAVE THESE THINGS CALLED TALBES - YOU MIGHT WANT TO GOOGLE IT AND SEE IF YOU CAN FIND ONE IN YOUR AREA. 

CHEERS
T

[oscar]

Hats off to Thane Heins for all that I know

and to you, Minde. Great, great experiments
(apart from the safety factor. Please Minde!!)

BTW
A stone is heavier than water.
Thus it will always sink when thrown into a pond.
Lenz's law describes the behavior of sinking stones accurately.

Now throw a flat stone at an angle and watch it bounce, slip, slide and jump over the water.
Lenz's law is just not applicable when the speed and angle of the approaching stone are above critical.

Kudos to all.

[baroutologos]

and to you, Minde. Great, great experiments
(apart from the safety factor. Please Minde!!)

BTW
A stone is heavier than water.
Thus it will always sink when thrown into a pond.
Lenz's law describes the behavior of sinking stones accurately.

Now throw a flat stone at an angle and watch it bounce, slip, slide and jump over the water.
Lenz's law is just not applicable when the speed and angle of the approaching stone are above critical.

Kudos to all.

Dude, I loved that description! Theatrical words in play! Excelent said!

Regards,
Baroutologos