A Beginner's View of Our Electric Universe - New

If one looks at what NASA astro-scientists say about this, on one
hand they claim the ejected material is frozen sulphur dioxide that
rains down as snow, but in the same article [6-57] they say that the
temperature of these volcanoes is around 1800K - are they allowed
to have it both ways? Also, rather mysteriously, we now know that
some of those features on Io that have been interpreted as volcanoes
have actually been observed to move around; what do you think
might cause that?
Hot spots interpreted as Volcanoes on Jupiter’s moon Io
Credit: NASA Galileo Project Team
On what factual basis are we being asked to believe that Io’s volcanoes are real and that they spew out very hot
material close to 2,000K, onto the surface of that predominantly icy moon? Well, none, but the short answer we
are being given is ‘sub-surface friction’ due to Jupiter’s gravitational influence on its little companion. Because
Io orbits close to Jupiter, it is assumed that despite it being a body with a surface temperature estimated to be
around minus 150˚C, the tidal action of Jupiter’s gravitational pull on Io’s surface crust as it orbits the gas giant
is a violent enough action to cause sub-surface friction to the extent that the material there is rapidly melted and
ejected in massive plumes to a height of 300 kilometres.
Earthbound astro-geologists together with their terrestrial colleagues
who are funded to come up with these ideas are known to seriously
associate some of Io’s features and observed activities to things
they feel comfortable with from our environment here on Earth;
things such as the geysers of Yellowstone National Park and their
behaviour. I do not suggest this is totally irrelevant but it does
highlight an interesting human tendency to first relate what is found
to be puzzling to that which is familiar and comfortable. I leave
this for you to ponder as to its relevance as an approach to forming
scientific opinion that is typically closed to alternative ideas.
Similar in size to the Moon, here is little Io casting its shadow on giant Jupiter
Credit: NASA Cassini Project Team
EU theory gives a better explanation for Io’s hot spots. Dark mode Birkeland currents exist between Jupiter and
Io, where the surface touch-down points of these currents have mobility so traverse across the face of Io. The
electrical machining on Io is therefore precisely the same as that on comet nuclei where the surface is etched by
an EDM process on a cathode surface. The "volcanoes" on Io are merely scaled up cometary cathode jets.
13 | The Electric Universe answers I see