World's first real Free Energy Flashlight - no shaking - no batteries! No Solar

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@skywatcher - sounds fair; so far the best protocol and equipment I saw. All other tests (except the Russian videos) were base only on subjective observations. If possible, please post some intermittent results so that we see how the luminosity curve unravels with time. What did your luxmeter show at the first try?

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The secret patent pending solution that allows it to work without a case is the magnetic resonating flux converters strategically placed between the power discharge recharging modules.  Yes it may just look like 3 magnets sticking 3 batteries together but this is an enhancement over the original ELFE design.

Yes, of course, magnets! No free energy device should miss them. Frankly told I was disappointed that no magnets were found in the ELFE flashlight, because in one of the promotional videos by ADGEX, they claimed they "sucked" the energy from Schumann resonances by "special" ferromagnetic antennas. Well, they finally used a stealth technology instead of it. Or perhaps they harvest the energy remotely and then distribute to their flashlights on demand.

[Nink]

The miraculous part, according to Mr. Ivchenko, is the body of the flashlight working as a resonator. If you believe him, the picowatts of Schumann resonances (low frequencies beginning at 3Hz) and nanowatts or microwatts of other EM radiation, are somehow "amplified" by the resonance of the alu tube to hundreds of miliwatts. First of all, I did not know resonators can generate energy - from a tiny, barely detectable amounts of energy, they create 10 orders of magnitude higher levels! That alone is worth of many Nobel Prizes, because it would mean we do not need any strong power plants, or thick high tension power lines. We can simply distribute just milliwats of electricity, put an ELFE resonator (a simple aluminium tube) into every house, and it will amplify those milliwatts to many kilowatts. How simple! I wonder why nobody had the idea before now.

Curious how it recharges from the case when they are using a single pole single throw switch that when turned off disconnects the housing (sorry energy harvesting antenna) from the batteries.  We do not have a circuit when the switch is turned off and how does it charge when the batteries are no longer connected to the external case antenna ?

I was going to ask but they disabled comments on all the videos.

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Curious how it recharges from the case when they are using a single pole single throw switch that when turned off disconnects the housing (sorry energy harvesting antenna) from the batteries.  We do not have a circuit when the switch is turned off and how does it charge when the batteries are no longer connected to the external case antenna ?

That's easier than you may think. They use quantic effects, and push the electrons with their 3D-printed nano-injectors to the batteries through the LED to just a single end. Armies of tiny Maxwell daemons assure that the electrons stay inside the batteries.

BTW, I just read another theory about the harvesting of Schumann resonances, and I am afraid the guy meant it seriously. He claims that the flashlight sends out Schumann frequencies that then resonate around the globe, harvesting energy on the way, and coming back to the flashlight. It is the same guy who claims he measured that the batteries are charging when inside the flashlight, while he could not detect any voltage increase when he has let the batteries out. Presenting Rasa Viharii: https://www.facebook.com/rasaviharii/posts/10156467630820788?fref=nf

[skywatcher]

@skywatcher - sounds fair; so far the best protocol and equipment I saw. All other tests (except the Russian videos) were base only on subjective observations. If possible, please post some intermittent results so that we see how the luminosity curve unravels with time. What did your luxmeter show at the first try?

I did not start my tests yet because today i didn't have time to put together the test setup.
When i put the luxmeter into the light beam at 1 m distance i get a reading of about 8500 Lux.
The light beam is quite narrow, and very bright at the centre.

The only negative point is the contact between the power cells and the switch. When i move the lamp sometimes it goes off.