Static

by Barry Carter

Created: 4/9/2010

Modified: 4/9/2010

 

http://www.OrmusMinerals.com/MyStory.htm

http://www.OrmusMinerals.com/JimStory.htm

 

Since then I have posted a number of comments on this to various forums. Here are some excerpts from these comments:

 

To TheWork 1/4/1999

 

A small meter for measuring electrostatic energy is quite useful for measuring or at least identifying the presence of m-state elements.  Jim has modified an electrostatic meter to be more sensitive but claims that a simple meter can be made from Radio Shack parts.  He has promised to give me a design and parts list one of these days.

 

According to Jim's theory, electrostatic meters measure weak beta radiation from the m-state elements.

 

To WhiteGold 12/8/2000

 

One typically gets a very high reading from an electrostatic meter in the presence of ORMUS materials.

 

BDnow2/3/2001

 

You can use a slightly modified electrostatic meter to identify rock, water or air with a lot of ORMUS in it.

 

So, you still haven't seen Jim's electrostatic meter circuit drawing.

 

I have resized the images and put them on the web so you can look at them with your browser. They are at:

 

http://www.OrmusMinerals.com/meter1.jpg

http://www.OrmusMinerals.com/meter2.jpg

 

The use of an electrostatic meter to detect ORMUS was first suggested by Jim. Jim has used his electrostatic meter since about 1996 as an ORMUS detector. He says that he had to make it a bit more sensitive in order to put the ORMUS range at full scale but that an ordinary, off-the-shelf meter will work. A couple years ago I got him to draw up a schematic for a meter that anyone might be able to build and he drew the plan at:

 

http://www.OrmusMinerals.com/ORMUSmeter.jpg

 

ona piece of scrap paper. You can see a cleaner version of the circuit diagram at:

 

http://www.OrmusMinerals.com/ORMUSmeter2.jpg

 

As far as I know, no one else has tried this method for detecting ORMUS.

 

Others have also commented on this topic:

 

Subject: electrically (static?) charged

Date: Fri, 25 Apr 200322:13:07-0700

 

Hey Ya'll,

 

Does anyone have any ideas why ORMs (new term avoiding previous and easier to type) would throw sparks from dispenser bottle to fingers? They jump at least 1/2 inch, loud enough to hear across the room, and sting too!

 

I quizzed Barry on this one and he doesn't have a clue. This could get back to the Arkspark issues. Bottles certainly aren't capacitors or Orgone generators. Go figure.

 

From: "Michael Burbury

Date: Wed, 10 Dec 200821:58:04-0000

Subject: [ORMUS] Ormus - To Magnet or Not to Magnet - that is the question...

 

Hi there all,

 

I seem to be getting increasingly confused with respect to what people are doing to "create" their Ormus and observed reports of how Ormus reacts to Magnets, EMF, Static Electricity Fields and so on.

 

In all my experimentation, I see that Ormus is basically repelled by Magnets, EMF and the like, yet I see others using magnetic blenders, even saw a bottle surrounded by magnets which simply made me think "what self-respecting Ormus would want to stay in there!?!". Then you have the use of magnetite which is slightly magnetic, though generally does not maintain a magnetic memory.

 

So the question is:

 

Does Ormus get attracted to or charged by a magnetic or static electricity field - or does it get repelled by it?

 

Experiment 1.While doing a wet method precipitate, get a very large piece of Styrofoam, rub it with a soft cloth to build up a large static electrical field, then place it over the container you do the precipitate in. In all cases I have tried this, the precipitate is repelled - in fact it RUNS from the field so fast it’s not funny.

(Precipitation done in literally 5 mins!)

 

Experiment 2.Cut a hole in the same Styrofoam block big enough to fit a small bottle. Put some precipitate into a small bottle and then into the Styrofoam hole and cover it over so its dark. The foam has still got a fairly large static electrical field, but this time, after only a few days, take the bottle out and you have TWICE the precipitate in the bottle than what you had when you put it in there!

 

What tha!

 

Its seemsto be the same with magnetic fields as well. If the field is all pointing in one direction (IE: North) and you bring that near some Ormus from just one side, it gets repelled. Yet, if the field alternates (IE: North + South) and completely surrounds something that Ormus can hide in, it’s like a mega attractant.

 

So I am confused. I have done experiment after experiment and I am at a loss as to why Ormus can be attractive in some situations, but repelled in others. However, I can see why the magnetic blender could use a little work - there is nowhere for the Ormus to hide, so I'm guessing after a few seconds - its outa there! Perhaps if the design had the ability to include both upper and lower magnets and perhaps something suspended in the middle for the Ormus to hide in?

 

Anyway, open thread for discussion, to magnet or not to magnet?

 

Cheers...

 

Michael Burbury

 

http://www.OrmusMinerals.com/MB-ORMUS-Charger1.htm