Bedini Earth Light

[Allwest]

Hi guys/new to the forum

I have been researching for a while here and overunity and i figured it was about time i posted some results. Ive been thinking how electricity works and how it naturally occurs in nature and the human body and came up with the conclusion from the k.i.s.s method (keep it simple stupid) haha, and found great results.

Right now with just sodium silicate and other doping agents between two small post-its create great voltage results. Think dielectric materials


https://www.youtube.com/watch?v=t_Mf...e_gdata_player

Hi vintasalo

Nice video

[FrozenWaterLab]

Hi all I'm behind again - all the way back at 2848 Pg 72.
Anyway I wanted to share where I'm at.
Pic's below
1 1/2" Copper shell with cap on bottom
1 1/4" x .020 Mg sheet rolled into tube
1" carbon rod drilled out 3/4"
1/2" MG rod

I have thicker Mg sheet .060
I'll be working with that also soon

Need to treat both the Mg rod and tube
Thinking 2" copper vessel full of electrolyte salt mix.
and heat the copper to get the blk oxide (Kiln is too small)

Going to try to TIG weld contacts of some kind to the Mg's

Gotta drill and tap the carbon for a Stainless screw.
(How bout Gold electro plated Screw)
Wonder how difficult that would be?

WANT TO START WITH MY SALTS THIS WEEK



hope I'll get the time
FrznWtr

[vintasalo]

I like the idea of the paper separator, where you store the electrolyte in a package between sticky notes. I've made cells that have notebook paper seperators between the two metals and they seem to be the best cells for longevity.


@all
I'm working on a new design for my panel cells. These new cells are smaller and easier to deal with. I'm hoping to make a 100 cell panel were I charge up capacitors and the capacitor run the loads. I may not be no where near the power output of John bedini cells and many others but hopefully I can make steps towards that power output.

I've been doing a little reading on batteries and found that for a fact you don't need water for a cell to work. Lithium battery's don't use water because if the lithium comes in contact with water it explodes. I thought that was interesting.

@IB

I also noticed keeping your cells on a low voltage short increases your batteries capacity. This might have something to do with the phenomena of how they grow stronger after a quick short. In 20min time on a low power short its gone from 1.250 -> 1.310

@All

Research the electric car Tesla made. It had a hydrate cell that he would replace the ground in every 500 miles or so. Just added water and replaced negative plates on occasion. I did a hho project and got extreme output on different configurations of + and - plates. The best design ended up being a 7 plate stack with spacer seperation. 4 of the 7 were neutrals. Like this - n n + n n - . The spacing was percise and effected its efficiency Greatly.

All the free power/electricity/battery/ hhoprojects seem to replicate their processes of efficiency and output.

[ibpointless2]

Its a fresh cell only a day old. I thought this idea would widen the spectrum on the cell structure, like your "glue cell". Also i havent seen anyone use galena as a anode and mag ribbon as cathode, this combo seems to work best on hydrate cells. Also with the paper as a dielectric your minimizing the direct oxidation of the metals. Not to mention their storage capabilities since they are not permanently attached to the metals.

I have made many variables of this cell so i will keep this forum updated on their decay rate if there is any. I encourage thread readers to experiment with different dielectric materials, for example "Teflon"

Here is a simple dielectric material chart:
(Found on yahoo answers)

The best dielectric is thin films of silicon oxynitride, with a dielectric strength of over 1,000 mV/m. Material* Dielectric strength (kV/inch) ==============================
Vacuum ------------------- 20
Air ---------------------- 20 to 75
Porcelain ---------------- 40 to 200
Paraffin Wax ------------- 200 to 300
Transformer Oil ---------- 400
Bakelite ----------------- 300 to 550
Rubber ------------------- 450 to 700
Shellac ------------------ 900
Paper -------------------- 1250
Teflon ------------------- 1500
Glass -------------------- 2000 to 3000
Mica --------------------- 5000R

I like the idea of the paper separator, where you store the electrolyte in a package between sticky notes. I've made cells that have notebook paper seperators between the two metals and they seem to be the best cells for longevity.


@all
I'm working on a new design for my panel cells. These new cells are smaller and easier to deal with. I'm hoping to make a 100 cell panel were I charge up capacitors and the capacitor run the loads. I may not be no where near the power output of John bedini cells and many others but hopefully I can make steps towards that power output.

I've been doing a little reading on batteries and found that for a fact you don't need water for a cell to work. Lithium battery's don't use water because if the lithium comes in contact with water it explodes. I thought that was interesting.

[vintasalo]

Hi welcome!

How old is the cell you show in the video?

Its a fresh cell only a day old. I thought this idea would widen the spectrum on the cell structure, like your "glue cell". Also i havent seen anyone use galena as a anode and mag ribbon as cathode, this combo seems to work best on hydrate cells. Also with the paper as a dielectric your minimizing the direct oxidation of the metals. Not to mention their storage capabilities since they are not permanently attached to the metals.

I have made many variables of this cell so i will keep this forum updated on their decay rate if there is any. I encourage thread readers to experiment with different dielectric materials, for example "Teflon"

Here is a simple dielectric material chart:
(Found on yahoo answers)

The best dielectric is thin films of silicon oxynitride, with a dielectric strength of over 1,000 mV/m. Material* Dielectric strength (kV/inch) ==============================
Vacuum ------------------- 20
Air ---------------------- 20 to 75
Porcelain ---------------- 40 to 200
Paraffin Wax ------------- 200 to 300
Transformer Oil ---------- 400
Bakelite ----------------- 300 to 550
Rubber ------------------- 450 to 700
Shellac ------------------ 900
Paper -------------------- 1250
Teflon ------------------- 1500
Glass -------------------- 2000 to 3000
Mica --------------------- 5000R

[ibpointless2]

Hi guys/new to the forum

I have been researching for a while here and overunity and i figured it was about time i posted some results. Ive been thinking how electricity works and how it naturally occurs in nature and the human body and came up with the conclusion from the k.i.s.s method (keep it simple stupid) haha, and found great results.

Right now with just sodium silicate and other doping agents between two small post-its create great voltage results. Think dielectric materials


https://www.youtube.com/watch?v=t_Mf...e_gdata_player

Hi welcome!

How old is the cell you show in the video?

[vintasalo]

another version

https://www.youtube.com/watch?v=ESBh...e_gdata_player

Copper plate/ magnesium ribbon

[vintasalo]

salo post-it cell

Hi guys/new to the forum

I have been researching for a while here and overunity and i figured it was about time i posted some results. Ive been thinking how electricity works and how it naturally occurs in nature and the human body and came up with the conclusion from the k.i.s.s method (keep it simple stupid) haha, and found great results.

Right now with just sodium silicate and other doping agents between two small post-its create great voltage results. Think dielectric materials


https://www.youtube.com/watch?v=t_Mf...e_gdata_player

[NickZ]

Yes, I know. But my "hot dog on a stick cell" now months old is still giving 0.65 volt, 500 micro-amps. So, it just takes more cells to get to the same voltage as with your Epsom/sub mix, but the current is not that different. This is with no water added in over 6 months.
NickZ

[ibpointless2]

Allwest:
Thank you for showing us your cell. In your video you are reading the voltage and current with the wrong polarity, and is why you are getting the - sign to the left of your readings. The red (positive) goes on the copper, and black - on the magnesium. You probably figured that out by now...
In any case, it looks like you have a strong cell, and that can even give a strong negative reading, also.

Ib2: I just made several different cells using ceramic grout, table salt, activated carbon, and sand as the electrolyte, in more or less the same quantities.
Well, the cells output readings do go up in the small coke bottle cap cell, using copper/Al wires, when connected to a load like the meter. But, also do drop once connected to an led. There is some advantage in that the grout holds the mix together, and can get to be somewhat drier, even like a rock. But, once the grout totally dries out, the cell starts will lose power, similar to the cement cells.
I got 1 volt, and 1 mA from the coke bottle cap cell, and about the same voltage, but with higher mA (3 to 6 mA) readings when using different materials with more mass like brass/aluminum plate, or even two different coins, with the grout mix in between, but still using the same electrolyte (carbon,sand, table salt, and grout). The electrolyte with grout can take any form, and can be wet down as needed, as using sand and salts allows the water to seep in through the grout.

I can't get Epsom here, I've looked for it, or the salt substitute. So, Sea Salt, or table salt is all I have to work with, so far. I'm sure results would be better by using them instead.

Table salt is what hinders you, try to avoid it. You may have to resort to nature for your supplies.

[ibpointless2]

I made another video where i remove more of the electrical tape and reveal that the magnesium is not deteriorating.

Dissecting A crystal cell - YouTube

[NickZ]

Allwest:
Thank you for showing us your cell. In your video you are reading the voltage and current with the wrong polarity, and is why you are getting the - sign to the left of your readings. The red (positive) goes on the copper, and black - on the magnesium. You probably figured that out by now...
In any case, it looks like you have a strong cell, and that can even give a strong negative reading, also.

Ib2: I just made several different cells using ceramic grout, table salt, activated carbon, and sand as the electrolyte, in more or less the same quantities.
Well, the cells output readings do go up in the small coke bottle cap cell, using copper/Al wires, when connected to a load like the meter. But, also do drop once connected to an led. There is some advantage in that the grout holds the mix together, and can get to be somewhat drier, even like a rock. But, once the grout totally dries out, the cell starts will lose power, similar to the cement cells.
I got 1 volt, and 1 mA from the coke bottle cap cell, and about the same voltage, but with higher mA (3 to 6 mA) readings when using different materials with more mass like brass/aluminum plate, or even two different coins, with the grout mix in between, but still using the same electrolyte (carbon,sand, table salt, and grout). The electrolyte with grout can take any form, and can be wet down as needed, as using sand and salts allows the water to seep in through the grout.

I can't get Epsom here, I've looked for it, or the salt substitute. So, Sea Salt, or table salt is all I have to work with, so far. I'm sure results would be better by using them instead.

[Allwest]

This is all In my humble opinion

As I see it, decay always wins, nature is always trying bring everything thing down to the lowest common substance

The slower the decay less power

More decay More power, (more water to activate decay= more decay)

This unusable energy is given by the entropy of a system multiplied by the temperature of the system.

everything around us is making electricity, it is the product of decay, we capture this power by tapping between the decay


Unless I am all wet in my opinion or dry Ha!

And regarding your salt substitute, I think it is the potassium that gives the cell the kick, see the Standard electrode potential (data page)

Good luck to all

[Allwest]

ibpointless2

Thanks for showing about the corrosion with dry cell

I am trying a different approach with some of these cells
I figure if you can't beat corrosion, then join them

I am using the oxide side of mag that turns Pos and the clean side of the mag for neg in the video below
Smallest home made battery I have ever seen or made - YouTube

This is kinda like a solid state concentration cell

These cells produce power even when dry, more when wet

entropy is the word of the day

[ibpointless2]

No Corrosion after several months on crystal cell - YouTube