Bedini Earth Light

[Allwest]

Here it is you guys! Enjoy!
https://www.youtube.com/watch?v=-TWIyo6fAxo

Documentation PDF: http://document.issuu.com/1205290434...FnFuRCyCHtg%3D

Good Job guys

[Allwest]

Guys, excellent work! Show the teachers, students and everyone this work.

Thank you,

Fausto.

Hows the grease cells doing?

[plengo]

Guys, excellent work! Show the teachers, students and everyone this work.

Thank you,

Fausto.

[Herbie687]

Our Video - f(x) = √x - The Proof of "Free Energy" in Crystal Battery Cells

Here it is you guys! Enjoy!
https://www.youtube.com/watch?v=-TWIyo6fAxo

Documentation PDF: Crystal Battery Engineering - PV Engineeering Team

[NickZ]

Extropy also exists, which is the opposite of entropy, and is really what we are looking for here. It is the effect of building up instead of breaking down. Or a situation where something is constantly giving off, that which it is also constantly receiving. Such as what a Sun, a planet, or a Vortex are doing, although there may be nothing that may do so, forever.
The best closest example of what we are trying to create here is the solar cell. There is no oxidation involved, and it produces energy by a conversion factor. And, so can our power cells, although it may take us a while to achieve this. Remember that it only took a few thousand years to come up with the current version of the solar cell. It's only a matter of time...
China will produce them cheaper than we can buy the parts to build it ourselves. It is already happening, we just don't realize it, yet. There are many scientists in mayor companies like EverReady, Panasonic, G.E. Motorola, etz...working on this. I'm sure the N.A.S.A already is utilizing them. They are not being produced for the public for the same reason that gasoline motors are still being produced. As these companies will not compete with their own technologies. It's all about money, and competition.
If you don't think so, just wait and see. There are already batteries that don't need to be recharged, with a three year guarantee. If they fail, they will be replaced for free.
Even At the Dollar Stores now, regular AAs are being sold for 12 cent each.
Are we going to make something better by placing a couple of pieces of metal into a puddle of salts???

NickZ

[Allwest]

Everything is made up of pure energy.

The 1.6 volts was on the AC side of your meter. The one volt was the DC side. If you move the nail in the tree closer to the copper tube you should see a increase in amps.

I remember reading this awhile ago about some people doing the same thing. Scientists Draw Electricity from Trees

"Everything is made up of pure energy"

IB,

I think you made a cell one time that was only made of carbon bits, one smaller and one bigger, can you supply link?

To all, some thoughts

This is a perfect example of nature applying energy to equal things out

This is also what causes the wind, hot to cold

Nature is always trying to equal things out, and we are capturing some of the energy that nature applies to accomplish this

I know there is a name for this .... Entropy?

Entropy is why they say there will never be a perpetual motion machine, because everything is destined to decrease to its lowest power or form

Your thoughts?

[Allwest]

thats amazing, what are your long term results, still going at 500Ma? sure its strong, the chilli doesnt go bad?

cheers

It does go down fast, but have had cells last over a month above 100Ma

I am trying different way of keeping the amps up

One thing that helps keep it moist is (dry out) Dry Out® Dehumidifier

Mix with electrolyte, or over the top of the cell

You will not need to add water, it draws moisture from the air, and keeps your cell moist

Regarding chili going bad-So far one cell still going after 2 months

Best of luck,

[cgalvisardila]

Have tried making the chili cell with 500Ma?

Allwest power cell # 5b - YouTube

thats amazing, what are your long term results, still going at 500Ma? sure its strong, the chilli doesnt go bad?

cheers

[Allwest]

@ all

I'm just throwing out a idea but I think Marcus Reid could have used Chemalloy for one of his electrodes. It does state he used aluminum and Chemalloy is mostly aluminum, this would explain the very slow deterioration of the aluminum on his cell. Making chemalloy battery would be of great interest because they last for a long time.

Good find IB

Nu EnergyTM Sodium Chloride Ion-valve Technology

[ibpointless2]

So their actually communicating energy through the tree it's self

I have a solar panel connected to a watermellon plant now to see if I increase it's energy if it will grow it's fruit faster.

No I think the research team misunderstood what was happening. You can have a voltage from using the same metals but the electrolyte you put them in must be different. They merely made a galvanic cell. The reason you get voltage is due to one metal having more electrons than the other and both want to be at a equal state so one gives up electrons so that they both balance out. Since its giving up electrons it will start to fall apart and soon stop. The real goal is to figure out a way to stop the falling apart but still get voltage from it. I never built a tree battery so i don't know if the metals decay or if the tree supplies power back to the metal to keep it from decaying or what.


@ all

I'm just throwing out a idea but I think Marcus Reid could have used Chemalloy for one of his electrodes. It does state he used aluminum and Chemalloy is mostly aluminum, this would explain the very slow deterioration of the aluminum on his cell. Making chemalloy battery would be of great interest because they last for a long time.

[vintasalo]

The reason for the more amps is due to less resistance. The closer you get the two metals the less resistance you have between them thus you have more amps.

This has to do with ohm's law. Amps = Voltage / Resistance
If you have 1 volt with a resistance of 5 ohms you have 0.2 amps (1V/5ohms = 0.2A)but if you increase the resistance to 20 ohms you have (1V/20ohms = 0.05A). So more resistance you have the lower the amps will be.


The reason why you get more voltage than the research team has to do with you using dissimilar metals. The research team used the same metals and only got 200mV.

So their actually communicating energy through the tree it's self

I have a solar panel connected to a watermellon plant now to see if I increase it's energy if it will grow it's fruit faster.

[ibpointless2]

Hey IB

I was just going to do that and figured I'd do it now and now the amps are at 3.50Ma that's quite the increase. Why do you think it gets stronger as they get closer to one another?

Also that link has them having to use an oscillator to get to the volt I'm at without one

The reason for the more amps is due to less resistance. The closer you get the two metals the less resistance you have between them thus you have more amps.

This has to do with ohm's law. Amps = Voltage / Resistance
If you have 1 volt with a resistance of 5 ohms you have 0.2 amps (1V/5ohms = 0.2A)but if you increase the resistance to 20 ohms you have (1V/20ohms = 0.05A). So more resistance you have the lower the amps will be.


The reason why you get more voltage than the research team has to do with you using dissimilar metals. The research team used the same metals and only got 200mV.

[vintasalo]

Hi all,

My guess on amps from trees would always be higher in spring than any other time of the year. As with maple syrup harvest, it is during this time that the most sap is moving from the roots to the buds to form leaves. If one was to test the same tree in the fall, my bet would be on less amps at this time.

My 2 cents, Gene

It's a palm tree though

[gene gene]

Hi all,

My guess on amps from trees would always be higher in spring than any other time of the year. As with maple syrup harvest, it is during this time that the most sap is moving from the roots to the buds to form leaves. If one was to test the same tree in the fall, my bet would be on less amps at this time.

My 2 cents, Gene

[vintasalo]

Everything is made up of pure energy.

The 1.6 volts was on the AC side of your meter. The one volt was the DC side. If you move the nail in the tree closer to the copper tube you should see a increase in amps.

I remember reading this awhile ago about some people doing the same thing. Scientists Draw Electricity from Trees

Hey IB

I was just going to do that and figured I'd do it now and now the amps are at 3.50Ma that's quite the increase. Why do you think it gets stronger as they get closer to one another?

Also that link has them having to use an oscillator to get to the volt I'm at without one