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  • Writer's picturezeedykcynthia2

Making Clouds

Updated: Dec 4, 2023

In junior high school, I broke a beaker in science class trying to show my classmates how condensation works. Now I can laugh at this irony.


In the year of the eclipse, as I sat thinking about our unusual drought in a valley that fed the Santa Fe , and Albuquerque area, I sat thinking about the winds blowing around my house, and the principal of Venturi Effect.

(My brilliant daughter and her school science project!)

Seeing the dust devils picking dirt particles up and transforming them into rain drops; the lack of rain on the fields worried me.

I thought about the time when China was suffering such smog that they had to create a way to clean the air. Their citizens were literally smothering from the smog.

With only a few items in my house, and watching the patterns of the breezes, gave me a new idea!

At first I went outside with some LA Colors loose glitter powder trying to find something that would maybe lift into the breeze like the dust devil does and turn into a cloud. That first try didn't work. Then remembered a light bulb took 10 thousand tries.

So after several more days, I got the thought that salt absorbs water. So going into the kitchen to the coarse grained kitchen salt, ground it up with a mortar and pestle bowl, and then waited until the breeze started blowing just right,

then went into my front yard and waited until the breeze came, then threw a handful of salt powder into the uplift. In three minutes , a cloud began forming! It was approximately 30 feet in diameter, and lower than the other atmosphere clouds. I was absolutely stunned! "Boy , I don't think I can make that happen again! Oh no, I don't have a camera! No one is going to believe me.

Now what the h-e-double hockey sticks do I do now?! Okay, wait a minute, I have to keep quiet till I can prove this. How am I going to keep quiet about making a cloud during a drought?

I think about all the things I have had to not say in my life, this one was the hardest thing because I knew that the right people could help the planet with this. It wasn't poison, but I didn't know about wind, and giga trillions particles per mile in the sky. Okay now I have to go to college, because the rest of the world will think I'm stark raving mad. I can't explain this, and certainly can't do the math.

This was the day I remembered Great Uncle George and the 10 years it took to get Pringles from an idea to a round box and the market.

Still completely humbled, excited , and stunned , off towards the big city I tried to get.

After several criminals tried to stop me, I was finally able to get into the city.

I went to CNM community college, enrolled in some external education programs and began trying to get another chance at cloud making.

After listening to several people telling about toxic cloud seeding, and understanding the calamity of the tsunami in Japan ,it became imperative to find a solution to dilute the things raining down from above. I remember what happens when you put aluminum in a microwave.

Our solar system and ozone layer work basically the same way. So maybe the aluminum is a bad recipe for worse lighting. The lighting works like a human heart machine for the planet. Does the cesium bind to the aluminum during the lighting, and this makes "hot" particles. So it's being absorbed into the vegetation.

So after a total of five tries to make a cloud ; again, three were successful. It was time to send a message to the patent office with pictures just so someone would have a record of it.

I'm not a meteorologist or airplane pilot, but helping it rain safely in drought conditions is urgently necessary. I didn't have enough time to complete all the classes for the physics necessary to correct calculations and thought it would help solve some of the toughest toxic conditions of the atmosphere.

Not stark raving mad, help the planet, yes.

The next non toxic, water soluble safe item at 30,000 feet would probably be similar to the magnetic signature of Boric Acid. A much safer alternative than aluminum particles. Boric Acid has stable and static properties that would still create lightening without the toxicity of aluminum particles binding with cesium.

I did experiment with using reiki on one of the attempts to create a cloud. Iodized salt was unsuccessful in one attempt.


No I don't have any money, no I can't factor the necessary wind and weight ratios, but yes my experiments were successful.

Please help me get through the lack I am suffering. I was only concerned the necessity to help heal the aluminum toxin killing our vegetation. And our 20 year desert drought.

This area was far enough from large population to safely re try my experiment . Any arguments must be now taken up with the cloud seeding specialists upstairs.

1 more note- each flake equals one rain drop .

The second note: referring to cesium in atmosphere: The summer solstice creates a pocket of warmer air. Our ozone layer has a large hole on each side of the planet. So the scientists should be able to track the trace elements exiting the planet through the ozone holes during the seasonal hemisphere cycle because hot air rises. They should be able to trace the trajectory of the cesium toxicity and result in immediate environmental impact repair across the globe.

My concern is the oxygen rich atmosphere is also escaping through the ozone layer like a boiling tea kettle,

eaqually, during the equatorial season shifts.

I wish to reference the female scientist in NW Canada who stepped down from her position and thank her for her incredible insights as I looked for deeper solutions. Forgive me for not remembering your name. Absorbing so many facts so quickly is difficult, and this requires many many minds to understand and solve.



Cloud making USPTO

10 pounds salt dust

2 pounds boric acid

10 pounds inert matter: dust and sand (powdered clay) clay is moisture absorbent.

25x5

125 mile cloud

2pounds of salt- during monsoon season at 4Hills Park Albuquerque- Went 10 miles into Carnuel and circled around the outcrop.

Pictures on Zazzle

So boric acid would be the water soluble non toxic alternative to aluminum particulate , it becomes static with friction.

So if 2 pounds goes 10 miles this mixture and measures should be 125 miles.

How many flakes are in a teaspoon?

At 30,000 feet that is very small.

Clay is not electro conductive and is not used in electronics wiring. Aluminum is.

Clay can be safely used to cook in a microwave. It could be possible to render the cesium innate or at least potentially encapsulated particles.

The recipe needs to have particles that are not reactive in microwaves. Ie: no copper, tin, aluminum etc



If you would like to donate so my work can continue as I have reached an impasse situation in efforts to complete my work project



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