Welcome to Space News from the Electric Universe,
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The Greek writer Nikos Kazantzakis once said,
"since we cannot change reality let us change the eyes which see reality."
Today countless thousands of inquirers
are looking at the world and the universe beyond with changed eyes.
When one gazes at our celestial neighborhood
the planets, moons, comets and asteroids we see
defy the speculative history we learned in school.
These bodies testify to events not included in any geology textbook.
The evidence seems undeniable.
High-energy electromagnetic events have indelibly scarred
and in some cases devastated the rocky bodies in our solar system.
Today this seemingly outrageous theory is being put to the test experimentally.
One of the most remarkable of these experimentalists is Billy Yelverton
who has successfully replicated countless planetary features
through experiments with electrical discharges and electric fields.
Here we provide a brief overview and introduction of Billy's research.
We begin with a discussion of an especially fascinating experiment
to produce features resembling cellular structures,
which are also seen on some planetary surfaces.
It started with the two copper conductors or two metal conductors,
the bottom plate was generally an iron plate we use in our tests
and the upper plate happened to be a copper sheet.
First time that we noticed them
and it is during the time when we do the lifting effect
which raises these columns of sand or clay
and if you look under the plate after the discharge is over
we found is that there tends to be some sort of condensation of moisture
that must be from the atmosphere or, you know, the humidity in the air.
However, it tends to, you know, condense in the sand and the clay there.
It causes it to harden up and it also causes it to cake up on the bottom of the electrodes
in these same patterns that we see, you know, cellular shape, fairy circle.
So it was pretty incredible to see that.
To be honest my jaw fell open, really, I really didn't know what to think.
I called Ben up he and I looked at the pictures and what not and discussed it
and put it in the morning news, the next morning.
Really, I mean, the first thing that came to mind was cellular,
you know, some sort of, I mean, this is a, I know we can't say it's biological
because it's not at all biological, but nonetheless it had a biological appearance to it.
Central Africa has quite a bit of those fairy circle features
and the Giant's Causeway in Northern Ireland is where these columns,
hexagonal columns, appear to be solidified in the rock.
If you imagine look at them from above.
These hexagonal shapes all bunched together.
That's what they look like, you know, a cellular type feature
and we find them in soft sediment and in a, you know,
as we just explained hard sediment too.
Devil's Tower in Wyoming is another example.
Dating back decades various experimentalists have replicated
through electrical discharges different types of craters
from those indistinguishable from impact craters
to anomalous craters that continue to puzzle planetary scientists.
In some instances an electrical discharge may be the only process
capable of producing all of the features of certain craters.
The first types of craters were done with the dark mode discharge
with a single overhead anode, or cathode actually it doesn't really matter
and those were done again with dark mode
and then we've also created several crater chains
and singular craters through layered material
with the lightning bolt with the arc mode.
We get all a lot of the same features,
the rays that tend to scatter out quite a distance from the center of the crater.
We created that quite a few times too and the raised rim.
We literally can't tell the difference between that and an impact.
In the Thunderbolts Project's documentary film "The Lightning Scarred Planet Mars"
it is proposed that the towering so-called shield volcano Olympus Mons
is in effect a lightning blister from an enormous electrical discharge.
Has Billy achieved similar features in his experiments?
We did a couple of tries there with arc mode discharge on some clay
that I mixed up with water beforehand
and almost like a mud peanut-butter texture to it and those two produce, you know,
of course it's a gaseous effect, you know, we're heating the liquid of,
turning it in back in the gas again and it kind of creates like a blister
and then these do resemble Olympus Mons.
They take on a concentric type ridge pattern
as they like step up higher and higher, as the center rises up
but again that could be, you know, as a process of heat
and, you know, steam and pressure creates what's similar to a volcano actually.
I mean in my opinion if you look at this whole thing
overall volcanoes are electric discharge.
This is the induction mechanism here, this is what is causing the rock returned to lava,
the volcanoes all tend to be this lifted mechanism
similar to the, you know, a blister or something like that, you know, a raised feature.
It can be done with or without, you know, the arc mode.
We've shown that too but the long mountain ranges
I found that so far the best reproduction that I've done on the table
is with the vibration which in, you know, if we, you know,
if we look at this type of cataclysmic event that may have actually happened
we'd have to associate some rather large earthquakes with some of these events anyway
and what I found is that that most earthquakes take place today between,
well, less than 1 Hertz up to about 20 Hertz in frequency
and I played around with that a little bit on the table with a vibrator,
you know, just an offset counterweight
and I determined the frequency by calculating the RPM
and at about 25 to 30 Hertz we begin to do the exact same process as we see all over.
We get a little raised dendritic features, raised mountain ranges with the featherback,
you know, formations and so that's another road I want to travel down here
shortly is to integrate this earthquake feature into our electric discharge
because, well, we know that the electricity carries these type frequencies with them.
A lot of work that Ben Davidson has done is, you know,
all but prove that electric discharge is what creates earthquakes.
So, we'd have to assume sooner or later that they are integrated together.
Given the proven ability of electrical discharges
and electric fields to produce familiar geological features
then much traditional geology must be reassessed.
One intriguing example is the production of sand dunes by ionic wind.
This opens the door to a new interpretation of mysterious sand dunes found on Mars,
on the Saturnian moon Titan
and most stunningly even on the comet 67/P.
Those are quite common actually
and if you watch this happen on a sheet of acrylic or any type of a dielectric sheet,
yeah, I mean it's right they'd unfold right before your eyes literally
and you can see that's an ionic wind
that's created by the discharge, that's doing this on the table,
and to see it perform almost the same way we do in nature makes
you want a second, you know, opinion on what actually causes the wind to blow
because the features are identical, you know,
what we consider to be weather driven wind forces by heat and pressure
if we can recreate the same duning effects with nothing but electric discharge.
It is incredible and to find these type features on the 67/P recently
that really speaks volumes, when you know there's no atmosphere there.
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