EPG THREAD OPEN Hydro Dynamic Magnetic s

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Re: EPG TREAD OPEN Hydro Dynamic Magnetics
« Reply #4, on December 3rd, 2018, 06:39 PM »
Some Notes

DDH20 with microclusters of h1 h2 o2 o1 dissolved into it raises ph and positive charge and surface tensions
with out any electrolytes and will be magnetic Water
(the mix of h2 vs o2 dissolved is customizable , water must be keep cold look up micro clusters and micro nano bubbles in water

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Some notes charge on the gas positive or negative?
color of laser ?
o2 band? red uv ?

also since you have a great set up ,
put a very strong coil to act as the magnet on opposing end of tube to pick up coil and hit it on and off see it is magnetizes the gas
as discussed

 Great job Electro Leading the way in tests


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Re: EPG TREAD OPEN Hydro Dynamic Magnetics
« Reply #6, on December 3rd, 2018, 06:46 PM »
2 Very Important Points

Some People Say Newman Had a Canister of helium in the spinning core and when in field it become magnetic

Superfluid He-4
In 1938, Pyotr Kapitsa, John Allen and Don Misener discovered that helium-4 became a new kind of fluid, now known as a superfluid, at temperatures less than 2.17 K (the lambda point). Superfluid helium has many unusual properties, including zero viscosity (the ability to flow without dissipating energy) and the existence of quantized vortices. It was quickly believed that the superfluidity was due to partial Bose–Einstein condensation of the liquid. In fact, many properties of superfluid helium also appear in gaseous condensates created by Cornell, Wieman and Ketterle (see below). Superfluid helium-4 is a liquid rather than a gas, which means that the interactions between the atoms are relatively strong; the original theory of Bose–Einstein condensation must be heavily modified in order to describe it. Bose–Einstein condensation remains, however, fundamental to the superfluid properties of helium-4. Note that helium-3, a fermion, also enters a superfluid phase (at a much lower temperature) which can be explained by the formation of bosonic Cooper pairs of two atoms (see also fermionic condensate).

Lithium Gaseous LASER COOLED  Maybe another point here gas expand it cools gas moves it cools gas looses electrons it cools ??

Gaseous
The first "pure" Bose–Einstein condensate was created by Eric Cornell, Carl Wieman, and co-workers at JILA on 5 June 1995. They cooled a dilute vapor of approximately two thousand rubidium-87 atoms to below 170 nK using a combination of laser cooling (a technique that won its inventors Steven Chu, Claude Cohen-Tannoudji, and William D. Phillips the 1997 Nobel Prize in Physics) and magnetic evaporative cooling. About four months later, an independent effort led by Wolfgang Ketterle at MIT condensed sodium-23. Ketterle's condensate had a hundred times more atoms, allowing important results such as the observation of quantum mechanical interference between two different condensates. Cornell, Wieman and Ketterle won the 2001 Nobel Prize in Physics for their achievements.[24]

A group led by Randall Hulet at Rice University announced a condensate of lithium atoms only one month following the JILA work.[25] Lithium has attractive interactions, causing the condensate to be unstable and collapse for all but a few atoms. Hulet's team subsequently showed the condensate could be stabilized by confinement quantum pressure for up to about 1000 atoms. Various isotopes have since been condensed.

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Re: EPG TREAD OPEN Hydro Dynamic Magnetics
« Reply #8, on December 3rd, 2018, 06:55 PM »
If we have positive charges ( o2 or h2 ) and we compound those charges in to water the carrier as micro cluster do we make a magnetic water.......?
is that way more stable than trying to use gaseous?

Remember in the design we can not let ambient air ground back electrons to the air or the water we have changed so I am not sure if
the copper tube will prevent that ground back of electrons from happening but it is a critical thing to know and understand ?