Added: 2 years ago
From: ZakHarley
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  • You can get free energy out of an orange and two different coins stuck in to it! We did that in school. If the sand was from a beach it will be covered in salt which will help corrode one of the metals more than the other causing a voltage to flow from one metal to the other. Salt crystallises when it's dry so I suppose it is a crystal battery but that's nothing new at all.

  • @yUFOeu actually, "salts" are strong electrolites which increase conductivity incredibly. Pure, pure H2O is actually barely conductive to electricity. Tap water and lakes and oceans have lots of stuff to conduct....

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  • made battery using graphite anode and works well. C battery size produces 1.1-1.2 volts. I wonder would cement mixed with rocks produce more energy. I found that magnetite also produces voltage but too low. Did you tried crushing pyrite and mixing with cement?

  • Is there any real science supporting these physics, or it it like with the philosopher's stone? I think one would make a heafty profit if they were to go commercial with this

  • Check out lasersaber

  • would your battery generate more energy next to a romero motor?

  • or put in a glass container ..... should be like and led diode ....right?

  • how about mixing molten bismuth with actiall crystaline opowder....place in a containter that spind as is cools and while this happens introduce a current..... then maybe stick a magnet on the bottom...think it could convert that magnet energy?

  • I think this is a lot more interesting to watch than the popular science shows on tv, this reminds me of the first inefficient bulky solar cells, could have potential...a lifetime permanent working battery that anyone could scrap together- that would be useful.

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  • have u tried using quartz? and an iron rod i wonder how would work

  • Shorting them out makes them stronger you say? this should tell you the same thing it tells me. You made me think about the process of magnetizing an iron nail., aligning particles in a specific direction. So use and shorting must be aligning particles in a curtain way to allow more electron flow. I wonder if hooking your battery in-line using it like a resister and say power or try to power light bulb with a diode would help condition it?

  • your sand mix dose nothing.

    do this : take a sheet of aluminium any size, connect it to a voltmeter, put a drop of water on the aluminium, connect the other lead of the voltmeter to a copper wire and touch the water drop with the wire, you will get 0.5 volts.

  • @perplexfraction

    we shouldnt have to pay for the instructions. why not just post it. ITS FREE TO POST!!! jeez.

  • do away with the brass and use copper , copper has less resistance and works better. I put concrete mix in an aluminum cup with copper in the middle and gets 1.2 volts and I can hide the whole think in my hand , its about as big as that little cup you have there sitting on the table with wires hooked to it.

  • Close but wrong use a ballanced antena then salt or sand in series then water to stop the ions with another antenna today is the first day of tubal the cheif prince of meshech Ezekial 39

    I am against Gog and anything that destroys possitive energy God bless

  • kkinsane youwont power a lightbulbwith one but an led maybe

  • what did u use to hold it all together? did u heat it? to what temperature? also are the materials in circles or completely mixed? on the large battery: how far in does the center rod go? halfway or just at the surface? are the material completely mixed or is it just a bunch of the small circular sand batteries stacked on each other?

  • @DrGabeTheGreat The rod goes as far into the battery as possible without touching the outer casing. That way the cathode (casing) and the anode (the rod) are internally separated and energy will flow through a circuit applied to them easier than it will flow between the two inside the battery. Can also use a material with high electrical resistance to separate them, resting the rod on top of the resistor which is rested on the bottom of the casing.

  • for relevant videos search --> "marcus reid" -artist -dance -sing -hip -song -jumping -krumping -casino

    LOL...

  • also, have you had ---> powering something for 2 years or still works after 2 years? I don't need proof of anything I just intent to try such an experiment myself. (aka build, attach light bulb, leave alone indefinatly.)

  • i want to try to make one of these for a science project, if connected correctly is it possible to power something for an extended amount of time?

  • Hmmm from my experience (although used with zinctube,copper,quarzsand,wate­r) it will corrode very soon. I am pretty sure even if it's stainless steel!

    1. Ever took a look inside again?

    2. Ever took a stress test, such as: using some bulbs or motor as load over a long time (e.g. months, years)

    It does NOT count if you put on a load only for checking purpose every once in a month...

  • Comment removed

  • from what i'm reading its similar to what you do to make a perma magnet though slightly different, anyone know how many volts and amps you should be doing this part at, it specifies high voltage in TT BROWNS PATENT. hutchingson is a cheaky s.o.b for not mentioning brown.

  • Isn't the corrosion what creates the electricity?

  • @ChristianMuslum According to Marcus Reid of RexResearch, the corrosion stops occurring after some period of time. Also - John Hutchison has a battery in a japanese museum which has been running for more than a decade now - if corrosion was the cause of the electricity it would be likely that his battery would have run out by now.

    Most people agree that the electricity is generated by the piezoelectric effect (pressure onto certain crystals generates electricity).

  • I'm sorry I was thinking earth battery, and assume my statement still applies to "earth batteries"? in any case this is very interesting indeed! Does it matter exactly how much low amp high voltage we use? Is said info found in the Rex file? Thanks.

  • great work your doing fantastic cheers john

  • Water in the cell.....your cell seems to be galvanic. the ones I've produced  are dry: no water is involved!

  • what kind of amps are you getting?

  • I did study a while on how to make these....the problem is the AMPS output...too little to drive anything yet... I'm keeping trying...

  • yes, it is real....

  • is this real

  • Wow!

    That's great!

    I'm looking forward in building one of those myself :)

    Thanks for the informative video.

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