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I definitely want to get some of the new program into some laser quartz. You know that I prefer working with quartz even more than resin. My main orgone installation is a table covered with massive quartz chunks with smaller resin pieces mixed in. So I'm inclined toward the new "killer" program, especially since I see my role as a terminator and/or jailer of bad guys.
Anyways, I was like, "How do you define laser quartz?" From my research, it seems to be a term used for skinny single-terminated quartz crystals, mostly tapering toward the termination, with tiny faceted terminations. So not chunky or double-terminated, and with a high ratio of length to width, and tapering into a very small point.
Your opinions concerning this definition are much appreciated. When I know for sure, I'll start buying.
I am also wondering about size. I have a supplier who sells micro-crystals (skinny and less than 1 inch long) which would fit the above definition. Is there a minimum size for this program? I have the impression that these are a little too small for full effect, but could still pack a punch, especially if linked to a larger jailer or "executioner" quartz/resin piece.
On a related note, I received a gift from one of my suppliers of body care products. It was a fake candle with a pillar and some pebbles. To my surprise, the quartzite and river stone pebbles are as powerful as anything that I have ever experienced with natural stones. There are some natural born killahs in there! They came pre-programmed (thanks, Committee!) and I will be using them for targeted action. Some are protective, and I am wire wrapping them as jewelry.
You never really know when something amazing is going to just fall into your life!
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I never paid attention to laser qtz until a few days ago, so don't turn to me for definitions. All i know is, looking at pics of alleged laser wands on the web, i have so far detected none that are unsuited for this pgm.
I think Bal has a double-terminated laser.
Minimum length is probably about 1/4". Of course the power is proportionate to the displacement. A sack of small ones should have as much power as an equal weight of large ones.
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