@liamfoxy

The hardest part of designing a perpetual energy machine is figuring out where to hide the batteries

@Skylionsword

What i get from this video -
1. Use electrolysis to separate water into hydrogen and oxygen.
2. High voltage current causes pretty flashing lights.
3. ???
5. Profit?.

@DaddyBeanDaddyBean

So apart from ignoring the energy required to melt the metal for the streams, and the energy for the high amperage current, and the relatively low efficiency of the photovoltaic panel that collects the energy "generated" ... it's great. 🤦‍♂️

@George.___

This sounds like techno babble aimed at the clueless layman.
Anything less than ground state for an electron is not an electron. It is one wavelength of the electron which is the lowest integer wavelength it can be, hence ground state. Anything less would not be an electron.

@ExtremeGamerYT22

Yeah, if this was in the megawatts range, it wouldn't have heated the steel, it would have at best melted a hole through it instantly

@connorlast2636

While I may not be able to criticize the veracity of the technique used to generate the photon burst, I do know there is no photovoltaic on the planet with that sort of power density

@TrippUpthemountain

This design is the same as the turbo entabulator. Now that was a piece of engineering!

@gitfoad8032

I thumbs'ed-up for the honesty of the uploader doubting it's existence.

@lionfire01

they should talk to the Australian inverter of the thunderstorm generator. they could use the plasmoids to rapidly ionize and vaporize the water

@metaontology

It is true that when electrons change energy levels, they emit photons.  These photons can be converted back into electric current via photovoltaics.  The key here is that it is impossible to produce more electricity from it than the wall would give you to heat the rod, so you need enough waste heat from another source performing work to generate the sufficient temperature in the rod.

@HeruLuingul

No fucking way a PV cell at 30% or whatever they are these days is collecting enough energy to offset the energy it took to PROJECT A STREAM OF MOLTEN METAL

@josephbrown3385

Why not use a cold rolled stainless steel housing with an exterior helping the breakdown by using the available heat to back feed to the heating mechanism to help not only disperse the heat but reuse it to help aid the process to breakdown the atoms with copper lines for heat distribution and cooling like a refrigerator while encapsulating it in a bunch of ceramic heat tiles that will also help dissipate the heat so it won’t damage any equipment items

@ShOoToSpill

I think a pinch of salt and a tablespoon of vinegar might do the trick. it's all about the seasoning.

@thesilentgod7863

Sure, we can always find entirely new physics or discover that our model are wrong but extraordinary claims need extraordinary evidence

@agmuntianu

unrealistic of course , but this is one great plot point for a sci-fi movie :)

@NA-oq4ty

How do you get around that law of thermodynamics about needing to use more energy to break things apart and you get from putting them back together

@MindLaborador

So it is electrolysis on steroids, right?

@JohnDoe-lx3dt

Well it depends how much energy is required to actually start the reaction. If it’s costing more or equal to the output it’s not energy generation, but just a fancy nightlight.

@grilsegrils9330

Can we add a bit Egyptian mystery to it as well? 😜
Add the "Resonance of sound waves" to the mixture and it would lift this to new heights?

@maranscandy9350

For some reason this reminds me of Philo Farnsworth's FUSOR REACTOR vacuum tube.  He built a small prototype power station based  on a complex version of a vacuum tube which generated electricity, but due to legal setbacks, could not develop the technology further.