Testatika small machine testbed

[hartiberlin]

Mountain crystals.
As Linden, where Methernitha is located is near the Switzerland mountains
and Paul Baumann was a crystal collector, he had collected many rocks in the nearby mountains and
they had a room for display of the crystals he had collected
there, when I was there in 1989.

He was a watchmaker and had great knowledge also of crystals,
so he might have just stombled about this effect to release beta decay
electrons from lightly radioactive mountain crystals
when he experimented with electrostatics from
old audio long play discs and and acryl discs.
He might have accidently pulsed some crystals with the
spark discharges of these high voltage experiments
and then saw  an energy amplification.

Nowmally these lightly radioactive mountain crystals are not dangerous.
They have only very weak radiation.
But when you hit them with some
high voltage radio frequency bursts they will
release an excited decay of fast beta decay electrons,
which can be captured by a capacitor and charge it up.

You could put them between capacitor plates or also hit them
with a coil wound around them and capture the electrons in the capacitor
plates or mesh plates...

Regards, Stefan.

[hakware]

This sounds so Henry Moray and his "Swedish" stones its crazy.. when you say slightly radioactive, can you quantify how many Counts per minute they would give off?

Thanks

Mountain crystals.
As Linden, where Methernitha is located is near the Switzerland mountains
and Paul Baumann was a crystal collector, he had collected many rocks in the nearby mountains and
they had a room for display of the crystals he had collected
there, when I was there in 1989.

He was a watchmaker and had great knowledge also of crystals,
so he might have just stombled about this effect to release beta decay
electrons from lightly radioactive mountain crystals
when he experimented with electrostatics from
old audio long play discs and and acryl discs.
He might have accidentally pulsed some crystals with the
spark discharges of these high voltage experiments
and then saw  an energy amplification.

Normally these lightly radioactive mountain crystals are not dangerous.
They have only very weak radiation.
But when you hit them with some
high voltage radio frequency bursts they will
release an excited decay of fast beta decay electrons,
which can be captured by a capacitor and charge it up.

You could put them between capacitor plates or also hit them
with a coil wound around them and capture the electrons in the capacitor
plates or mesh plates...

Regards, Stefan.

//

[Steven Dufresne]

Steve,
some time ago I was asking you @rimstar about your opinion to introduce the electrophorus principle as a main principle also in history.

Hi Karl,
I remember our conversation. I'm happy to see you've done some experimenting.

My demonstrator is tested and there are some good results whiche gives me further insights to the electrophorus.
The electrophorus in an rotational state (es sectors) or in a slightly vibratory state (up and down without touching the dipole surface) will generate a AC current. also when loaded with low ohmic resistors as a nulb in plasmastate.
There is no need for a spark at all.
Connect a small bulb out of a voltage checker (Ne?) continiously between the upper surface of the mover and the metal foil which lies under the rubbed record and make only slight movements in each direction?s-> No sparks but nearly continuous current through the bulb.

I've been getting AC (or AV) from similar arrangements for a couple of years now, but no useful
current, for example:
http://rimstar.org/sdenergy/testa/smallmach2.htm
How much current would be required to light your small bulb?

Hyde proposed 10% of the output is used to drive a ac (induction motor?) or small dc motor which is coupled to the rotor(s).
No significant losses due to backdrag or airresistence (use vacuum for maximal performance).
No rotating brushes or coals only wires.
Have also a look again on the simplified decouple cuircuit (AC) and the step down DC-Version.
Verry interesting insights may occour when combining the elektrophorus principle with the hyde machine.

I attach the patent for the simplicity of the situation.

Thanks. The Hyde motor has always exited me even more than the testatika. The similarities
are interesting.
-Steve
http://rimstar.org

[Steven Dufresne]

Hi Steven,
have you tested to pulse with High Voltage some lightly radiocative quartz crystals ?

Hi Stefan,
I haven't tested the testatika with any radioactive material though I do have a bunch
of Americium which I've taken from ionizing smoke detectors. They give off alpha particles.
I've been hoping the energy source is ZPE so that no non-renewable materials would
be needed. I guess I'll have to include pulsing quartz crystals on my todo list. I grew
up in a mining area in Labrador (part of the Canadian province of Newfoundland & Labrador)
where there is plenty of quartz in the mountains. I've always wanted to visit there again.

Most are probably already familiar with it, but the Harold Colman and Ronald Seddon-Gillespie
patent from Great Brittain 763,062:
http://v3.espacenet.com/textdoc?DB=EPODOC&IDX=GB763062&F=0
is also quite relevant.

Thanks for all your insight. There aren't many people around who've been to Methernitha
so your input is valuable.
-Steve
http://rimstar.org

[Motorcoach1]

@ Steve - I'm looking at makeing the disks first to get the Ion flow. In the back tower off the motor using a gum rubber belt (Van De Graph type ) runnig the radious of the disk to produse ion flow to the disks. One the Quratz stone , in that area of the swizz the stone there is high in lead , much of the industry in the past was makeing glass, and later makeing optic blanks so I'm filimaure with the matreials. these are natural Electrcts, and plastics of sorts are to depending how there used. Ceramic Eletrcts can be found in old microphones that are great for expierimenting with. still studying. Did you get the Hamel drum up and running ?Ã,  thanks MikeÃ,