12V Crystal Cell Update + Alternative Construction Method 

Very nice work. I'm really liking those crystal cells! :-)

Lasersaber, the best method for this to never discharge is my method of alternate use of 2 banks of crystal cells in this manner: a few minutes bank 1, then flips a few minutes to bank 2, and so on (through 2 transistor flip-flop method). This is the best method and it is also used into romanian free energy device thats working continuously for 70 years - Karpen Pile. Thanks for sharing, keep going with the good work!

I was just testing super capacitors with my two Stubblefield coils wired together one in ground one in air. And got car stereo running. Seems stable. Thanks for videos.

This is the start of something inspiring. My solar system has irritated me to no end. This information is actually something that I can wrap my head around. Thank you for being simple in your explanation about a very complicated subject.

A good application for this setup is the motion-activated front-door lamps. Thank for the videos mate.

Very well explain! nice design :) I'll wait for the result! This look very promising :) Thanks for sharing!

A new take on ancient technology. Wonderfully done.

hey LS , great practical science , real interesting & informative pretty good mechanical technique on construction

Lazersaber, Nice build, thanks for sharing

100 years on crystal batt... Wow. With eletronic appliances getting efficient that is a good objectives. Thanks for sharing....

Nice work Lasersaber! It’s amazing that you can get that kind of power out of crystal material and pressure against two dissimilar metals. I wonder if there is a way to instantly bring up the voltage once drained by momentarily increase the pressure. I'll bet it works like the new magnetic field harvesters. You know two strong magnets sandwitching a pizoelectric crystal, (SN-pizo-NS)

VERY GOOD DEMO MAN KEEP UP THE GOOD WORKS I ALWAYS WATCH YOUR VIDS FULLY THANKS.

You can also pit the magnesium rod which will give it more surface area and something for the powder to grip to

great for the dunny or a pantry or a cupboard or a front door light, so many uses for simple tech!

I made one of these about half the size of these and it's clocking in at almost 1.5 volts. and about 1/4 of an amp. this really is an amazing device. I plan to make a few more to see what they can really do. Thanks lasersaber

I really appreciate all of your hard work into this subject and it will hopefully grow into something much bigger. Being part of the younger generation, a lot of people my age don't care about this stuff, but long term and low cost energy is important for the future and now.

Does this mean I can rock my Ac/Dc cassette in my walkman forever now? DUDE...rock on!

That's awesome, thanks for sharing. I watched a video about crystals, the guy seemed like an expert he said the most powerful crystals have are the most likely crumble. This way mite be better than boiling the mixture to a rock

great job Lasersaber! Which mini boost pack are you using?

You are amazing! Love all the next level work you have done over the years! I'm doing a livestream series with the Hutchinsons on building these Battery cells this week, Filming our second episode together. We Shared some of your videos in the 1st episode. Would you be willing or available to come on the next or a future episode together with John Hutchinson and Nancy Hutchinson together?

hola me podrias decir la composicion quimica para hacer la pila

Great stuff. Good work bud.

This no-bake method does seem to be a great enhancement!

I love your videos! I was wondering if you considered combining a crystal cell setup with a boostcap setup with a diode in between that could start a car yet trickle charge so as to not die from computer/clock or w/e voltage drains.

Great video lasersaber, keep up the awesome vids! I was wondering, do you think these could be wired in series and parallel such that they would power a tiny house running 30 amps. I imagine it would take about 900 crystal batteries connected appropriately

Here is my suggestion for a more effective Cu/Mg cell: You need a really good membrane material for separating the anode room (Mg in a not too concentrate solution of magnesium sulphate) from the cathode room (Cu in a higher concentrated solution of copper sulphate). You may get extraction thimbles made of cellulose from laboratory equipment shops. Put the magnesium cylinder or even better, a coiled magnesium sheet (attached on a rod of stainless steel) into the mid of the thimble and the coiled copper sheet outside and put them both into a beaker glass. Now fill the magnesium sulphate solution into the thimble that it covers the magnesium. Then pour quickly the concentrated copper sulphate solution into the outer volume of the beaker glass. You should work quickly lest the magnesium solution soaks through the cellulose wall. The two solutions must stand equally high to avoid pressure differences between the two liquids. Some minutes later you should get a voltage of at least 3.7 volts or so. The whole array is akin to a Daniell element made of zinc and copper. With magnesium instead of zinc you'll get a higher voltage per cell. The achievable current depends on the surface of the two metals. You will get the best results if you use thin metal sheets coiled tightly. So you will get a big surface in a small volume.

Love your work man - would love to see the output over time with your cells. Thank you so much for sharing openly!! The chemical effects play a part at the start, some corrosion chemical effects but when they burn out it's all Quantum Vacuum or Infra-red as Prof. pollack might say. Have you tried insulating them from infra red?

Love your work!

I hope your still around to test the 100 year motor ! That would be a great health feat too !

Hi!, very interesting video. Would you tell me the mixing of salts you use for creating that battery?

mordi....? is that you..? love your work man.

Great stuff man!

Wiedza warta rozdawania podaj dalej+ polecam. INSPIRUJĄCE BARDZO.

I need a whole room of these Very cool

How long do expect these crystal batteries last running a steady load at 30 milli amps? 360 milliwatts output for how long is the question

I did a project with my children with some of your design idea. But found that the ratio of magnesium core to crystal and copper ratio to be a waste of magnesium. (short term testing only). We used 1/4 inch magnesium and 45 Long Colt empty brass. We obtain 1.25v average at 10mA constant output after a couple of days. Yes a lot more work but less material. By placing end of rod in small amount of hot glue and capping off the way you did and by leaving rod protruding a little bit higher than the brass. We are able to stack like conventional batteries to create a higher voltage. We are then paralleling them for more current. For fun we made a cattle prod out of disposable camera and it powers it. (charging flash circuit takes just a little longer) But melts aluminum foil when touched. Thanks for your video we had fun making these!

Have you noticed any performance change relative to ambient temp? I live in the desert south west, it gets pretty toasty out here. Great video! Thank you for your time and effort.

Liquefacting the mixture with some heat may be beneficial, because as it cools the material becomes a single crystal. It may be possible to simply pour the liquefacted mixture into the cell, using a crucible of some kind to keep the temperature just right (so that bubbles are not formed)

Laser, awesome vids! I love watching your projects. They inspire me to work on my own. Also, what part of Tennessee do you reside in? I am in the Chattanooga area! If you are in the area and want to fly give me a shout. I fly out of 1A0 and RZR.

OOOO!! Love these vids, viable simple example for us non electric minds!! Im going to try some of these!

Waiting for your info on atmospheric ion collection and storage findings.

what would happen if you connected that to a automotive coil or voltage regulator?

Amazing work, sir! Being that you're obviously into "real" energy ideas, I think you REALLY should look into Rodin and ABHA/POE coils. They would be EXTREMELY useful if incorporated into your batter system, imho. Cheers!

What part of the cell degrades to make the electricity? How could I make one last longer vs. higher voltage?

Clever construction method!

can you hook up these to a step up converter and use them on low powered components? like a speaker fx. ?

Could a small light be run directly from a crystal cell? Turned on and off by attaching it or not? Thanks.

my check is coming this week YAY! SO YOUR CRYSTAL CELLS WILL BE MY FIRST TO DO FOR IT.!

This is the best way to build the Chrystal Cell !!

Great work.

Have you ever figured out what it costs you to build one? Thanks so much for sharing your experiments, people like you make youtube worth watching.

Use the power to fire off an induction coil, catch the bemf as tinman does. Sky is the limit after that. Can also catch the mag pulse from the spark rectify that. But everybody needs some power to start with, this is the starting point. Clay

Great videos. Been going thru them. One question I have is if used outside in the application you stated (chicken coup light), how long would those batteries last? Do they discharge completely under load? Its those measurements, under load in that kind of intermittent setting, that would really be useful. Anyway great video and you've inspired me to try this out as well.

Brilliant but what would happen if you substitute magnesium with other elements?

Nice work... Do you think we can stack them like a DryCell but in places to take stainless steel, we take copper and it takes alum?

Cool!! FANtastic & a Bright Idea!

I Love this. I've watched your other videos on these crystal cells, but am at a loss as to the ingredients used to create the crystal powder. Also, what grade of magnesium are you using? And one more thing, what are the measurements of the mag rods, and copper pipe? If you could write these down, for a beginner to understand, that would be great. Thanks..

I think there is a missing bit of information. I have found that the humidity of the air can greatly impact the current. If you have completely dry ingredients the voltage may read around 1.3v but have almost no mAh. When water is added the mAh increases dramatically.

nice work! sir, how many hours will it last per cell in continous usage?

Brilliant! Had to subscribe. I never do that. But, just brilliant.

can you use a power cell through an inverter and charge controlled to a battery pack like a solar panel?

But none the less still very impressive with build quality and functionality. Would really like to see actual amperage capability of these power cells

can I just use Epsom salt, magnesium core and copper for this set up?

Have you tried finding a way to melt the powder inside the tube after assembly?

What if the core was grooved or sandblasted first for more surface area? I wonder if it would have any positive effects.. Have you tried adding galena or anything else?

Very Nice. Does the power output of the crystal cell change depending on a cold or warm temperature change?

just an idea,,, could you ball mill the composition prior to putting it into the tubing

Can we get an update as to how this is holding up compared to the other method?

you have to asnwer my question. What are those "mini boost pack" and that funny looking cylinder in the middle?

i need to know what to look up for the method by which you create these cells could you give me some hashtags

Too cool dude . You are the best !!!

Assuming these function as a galvanic battery, which seems likely, as the voltage would indicate, you could generate more power using graphite and magnesium with the same electrolyte.

Have u tried running your reed switch motor with a normal battery as a control to compare the longevity against the crystal cell?

love your videos! have you done any work with galvanic cells?

Great video again, If each cell is about .4 watts(13 x .03) and 100 cells were in parallel so 40 watts how long could it run a 40 watt motor for? A few years just like your live feeds?

what is the red andgreen cilender that you have conected your cells to

Thanks for sharing

Could you use this in a flashlight effectively.

Ok so your using 1" O.D. copper pipe, how long? What diameter magnesium rod are you using?

Please check back soon to see of the site is available. None of The description link takes me anywhere. So sad

Why do you use copper and magnesium for the casing or the leads?

I know that your battery is long lasting but I would be interested in knowing if it would / could take a charge. I kind of doubt it as the powered residue that collects at the bottom of your magnesium rod probably won't reconstitute back into copper metal and magnesium sulfate, (Epsom salt), but it would make for an interesting experiment.

How do these crystal batteries compare to the copper zinc earth batteries?

What type of crystals do you put in there and what did you crush them with?

You should put out a book some day with all of your experiments in it.

Where to get magnesium core and what other cores can u use

aloha ty for the tight update and method:) was wondering about a motor i saw on pes networks page think it was called the kepe motor or somthing. anyway new winding and such allow the motor to be run at lower voltages. anyway great upload thx for sharing!

Hi, can you keep the batteries constantly charged with a static electric charge? An example would be to use Kelvin's Thunderstorm Set up. I am building a wind up mechanical engine that will pump water for hours for Kelvin's Thunderstorm and it would be great if the crystal batteries can be constantly re-energized with a constant static charge put on them.

Is the voltage or the amperage relative to the surface area of the magnesium?

How much will it approximately cost to make one single crystal cell

Hi I noticed a reference to a dancing flower circuit, is that just an oscillating circuit? I would like to know if you would quickly mention what the dancing flower circuit is? one more guess would it just be the rocking flower women use on tables and gardens etc....? or am I way off? thanks

About it splitting open and the magnesium core being pushed out... Is there a way to weld a lid on it? How about a stronger/thicker metal?

great idea

Try making a 17v pack and see how they do. What I have noticed is that they (crystal cells) run lower then normal batteries. This means they droop to a lower level but can maintain that lower level for a very long time. So adding more cells will be better fpr performance at the target voltage level. You will have to build in a tolerance for the 30 seconds of droop from a very high starting level.

Are these batteries rechargeable or do you have to replace them each time they wear out?

hi, whats the difference between table salt and no salt can i use table salt in the cells?

Nice what work will the motor do?

Home made batteries that discharge over a hundred years? Awesome vid and quite a goal. Should be taught in every school if they want to prepare people for the future.

Can't find magnesium out here. I'm wondering if aluminum can be used instead.

Yes the parts list is on the video .