Quartz Melting Properties in Brown's/Rhode's Gas

Observation: fractures, then turns to a glowing glob, then fractured pieces leap into main glob. Effect not yet replicated.

Report by T. Cullen
Pure Energy Systems
Aug. 18, 2004

From: [T Cullen]
To: warlab@aztecfreenet.or*g ; Sterling
Sent: Wednesday, August 18, 2004 10:53 PM
Subject: Interesting effect with Quartz and Oxy-Hydrogen

Dear Dr. Rhodes,

I have been following your recent correspondence with Sterling Allan and am very interested in your research.

I have been doing some experiments with common duct oxy-hydrogen gas (brown's gas) using a ER-1200 watertorch made by Eagle Research. Today, I observed an effect that was quite startling to witness. I was melting some pieces of white quartz using the flame from the torch. The quartz would fracture and break into small pieces when the flame first hits it, but I kept the largest piece in the flame until it started to melt.

After about 2 minutes, the large piece (approx 1 cm x 1.5 cm) melted into a glob and all the sharp edges melted into a smooth surface. I was moving the flame around and was melting the nearby small fractured pieces as well. The little fractured pieces (2-4 mm uneven fragments) also melted into glowing globs. I continued to heat the large piece until it became clear with yellow fire radiating through it (total heating time about 7-8 minutes).

Then the unusual event happened: The glowing little pieces jumped into the big piece! Several of the little glowing globs of melted quartz were somehow attracted into the large piece, and sucked into it, similar to how smaller droplets of water might be absorbed into a large drop of water. The little pieces were approximately 2-5 mm away from the large piece. I know that when glowing quartz pieces are pushed together, they will merge, but that is not what happened. Several small pieces on different sides of the big piece simultaneously leaped into the central larger piece and melted into it. I also want to note that the pieces were not blown into the big one by the gas pressure or the flame. Three attempts to duplicate the event failed, and I was not able to get a repeat performance.

Have you ever seen this in your research? Do you have an explanation of what would make the melting quartz be attracted into the large piece of the same crystal (against gravity)?

Thanks,

T. Cullen
Pure Energy Systems

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Quartz Melting Properties in Brown's/Rhode's Gas

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