tusenfem
Illuminator
- Joined
- May 27, 2008
- Messages
- 3,306
Would you think it would be possible to retract that statement, Tusenfem?
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no
Would you think it would be possible to retract that statement, Tusenfem?
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wow, your text from 2009!!
and i guess you have forgotten that we have discussed water creation in silicates by the solar wind on the moon, the process is not the big problem, the production RATE is.
Just show me, Sol88 qualitative and quantitative how this is supposed to work. Not just tiny quotes from press releases, but the whole thingamajik.
Charging of the comet nucleus
EDM on a singly charged nucleus
Release of oxygen ions (most likely positively charged)
Reaction with the solar wind protons (also positively charged, possibly highly energetic)
Please show in detail that the amount of water group ions that is observed around a comet and in its tail can be produced by this mechanism.
Hoping to hear back from you soon with the math and chemical reactions to back yourself up.
Yours truly
Tusenfem
Significance
Whether water is produced by solar wind (SW) radiolysis has been debated for more than four decades. In this paper, we exploit the high spatial resolution of electron microscopy and sensitivity of valence electron energy-loss spectroscopy to de- tect water (liquid or vapor) in vesicles within (SW-produced) space-weathered rims on interplanetary dust particle (IDP) surfaces. Water in the rims has implications for the origin of water on airless bodies like the Moon and asteroids, the de- livery of water to the surfaces of terrestrial planets, and the production of water in other astrophysical environments. In particular, water and organic carbon were likely delivered simultaneously by the high flux of IDPs accreted by the early Earth and other terrestrial planets.
wow, your text from 2009!!
and i guess you have forgotten that we have discussed water creation in silicates by the solar wind on the moon, the process is not the big problem, the production RATE is.
Yes, but we aren't all laughing at the same things.You have to laugh![]()
Yes, that's pretty funny.First - Why did I bring Miles Mathis into this thread ? ...
Electric Comets requires an Electric Sun requires an Electric Universe / Plasma Cosmology ... it's a package deal they ALL go together
And Miles Mathis has a finger in ALL those Pi(s)![]()
Second - In my list of some the Space Greats ... Copernicus, Galileo, Newton, Einstein, Birkland, Bruce, Velikovsky, Alfvén, Juergens, Scott, Thornhill, Talbott, Mathis ...
Let's give Haig credit for knowing Bruce, Velikovsky, Scott, Thornhill, and Talbott belong in the same sentence with Miles Mathis.The real question to ask is not whether anyone got anything wrong, but whether they got anything right. Bruce, Velikovsky, Juergens, Scott, Thornhill, Talbott, and Mathis are batting 0.
It does require a certain degree of mathematical sophistication to realize pi is not actually equal to 4...I don't see a problem with Mathis's logic, reasoning or math and he is right to point to the "holes" in mainstream dogma.![]()
You're acting like you know a lot about the differences between Electric Comet sparks and EDM sparks. Funny to hear you say that, given that Mr. Ransom keeps publishing these "papers" telling us the opposite---that spark damage photos look precisely like crater photos.
Hey, I have an idea! Why don't you tell us exactly what process you think is being applied to the comet?
What voltage? (More generally, what potential field?)
What current, for how much time? Driven by what impedance?
In what residual gas pressure and species?
Take your time, I'll wait.
all of our recent spacecraft flybys have shown that the comet nucleus is in fact dark and hot – and even when active, this activity is confined to only a small fraction of the surface. In fact the images of inactive comets and asteroids are so similar that you would be hard pressed to tell the difference from a picture alone. This of course raises the question of whether or not there really are two distinct classes of object, asteroids and comets
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Left. The closest image of Comet Wild 2. The bright spot mentioned can be seen near the terminator in the 11.00 o'clock position. Other bright spots can be seen at the edges of depressions. We are seeing the electric discharge machining (EDM) of the nucleus of Comet Wild 2 in progress. Right is a scanning electron microscope view of a surface that has been exposed to EDM in the lab. The same process is occurring constantly on Io where the cathode arcs were also seen to be eroding crater edges.
“Because they constitute an electric current, the [cathode] jet streams will remain separate and coherent over vast distances. Comet Hyakutake’s tail was detected by the Ulysses spacecraft half a billion kilometres away! Cometary filaments cannot be explained by outgassing. They are definitive evidence for the electrical nature of comets and the solar environment. The trajectory, velocity and filamentary nature of the comet’s ion tail conform to that known experimentally as a ‘plasma gun’.”
Somewhat like Sol88 retreating from and ignoring his original "No water found..." stance...sorry but edm-"like" was never mentioned before, nor that jets were the actual edm-liking
seems like you're modifying your "model" on the go just to make it fit your misconceptions of real physics beit first or second approach nonsense.
i don't know haigy, why not ask you ec fantasy friends at thunderdolts who claim edm is producing water somehow





Having described the solar electrical environment we can go on to answer the question posed earlier: “How can a comet exhibit electrical effects?” A comet’s tail arises from the interaction between the electric charge of the comet and the solar discharge plasma. The comet spends most of its time far from the Sun, where the plasma charge density and voltage with respect to the Sun is low. The comet moves slowly and it easily accumulates enough charge to balance the ambient voltage.
As the comet approaches the Sun, the nucleus moves at a furious speed through regions of increasing charge density and voltage. The comet’s surface charge and internal polarization, developed in deep space, respond to the new environment by forming cathode jets and a visible plasma sheath, or coma. The strong electric field in the comet”s plasma sheath generates x-rays. The cathode discharge hot spots characteristically jump about the nucleus, and the comet may shed and grow new tails. Or the comet may explode like an overstressed capacitor, breaking into separate fragments or simply giving up the ghost and disappearing. The ‘non-gravitational’ forces observed perturbing comet orbits are simply due to these electrical interactions.
In Mars’ thin and dry atmosphere, dust devils are the equivalent of Earthly lightning. And they, too, leave behind a record of their passing burned into the soil.
"If martian dust devils are highly electrified, as our research suggests, they might give rise to increased discharging or arcing in the low-pressure martian atmosphere, increased dust adhesion to space suits and equipment, and interference with radio communications," Farrell said.
"These martian dust devils dwarf the five-to-10 meter terrestrial ones, can be greater than 500 meters in diameter and several thousand meters high. The track patterns are known to change from season to season, so these huge dust pipes must be a large factor in transporting dust and could be responsible for eroding landforms," Smith said.
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So we can put this to bed for everyone benefit, Tusenfem?
Water and heavy water can be produced by sputtering from the solar wind!!
Yes or No, Tusenfem?
The recent activity of comet Lovejoy puts another dent in conventional comet theory. The “dirty snowball” hypothesis should be discarded in favor of electrical activity.
According to a recent press release, astronomers are surprised by the “unexpected brightening” of comet Lovejoy. Edwin Lovejoy discovered C/2014 Q2 on August 17, 2014, from Brisbane, Australia. It is a common theme among astronomers in recent years to refer to comets almost universally as “surprising” or “puzzling”. Why the confusion persists is because most scientists think of comets as icy bodies, with only a small percentage of rocky composition.
Although the comet is beginning to recede from us, its intrinsic brightness should still be increasing a bit. That's because it doesn't reach perihelion (its closest to the Sun) until January 30th (at a rather distant 1.29 a.u. from the Sun). By that date the comet should finally be fading slightly from Earth's point of view. And in late January the Moon returns; it's first-quarter on the 26th.
The comet has not disappointed and, although not an impressive naked-eye object, it is probably now at its best. It shone near magnitude 4.5 as it swept closest to the Earth (70m km) on 7 January and is unlikely to dim much before the month’s end.
No Haig: The EU / PC crowd ignorantly look at pictures of comets and see ROCK and we point out that this is ignorant and a fantasy because they ignorantly and deludingly say that IS ROCK BECASE IT WAS BLASTED OFF A PLANET IN A DELUSIONThe EU / PC crowd look at a picture of Electric Comet 67P and see ROCK and you lot have a temper tantrum because we dare suggest it looks like ROCK.
.What "bright stuff or more correctly "stuff shining thru" at the jet source", Sol88?What's the bright stuff or more correctly "stuff shining thru" at the jet source???
That is correct, Sol88, I meant MUPUS and that it found a layer of ice that was harder than the designers were expecting. There is no "playing safe" since there is basic physics that says that it is ice.I think your correct, Paladinn17 and I believe that hit some thing harder than the instrument was designed for and to save face, they've played it safe and called it extremely hard sintered ice, like the stuff the snow plough leaves behind in winter.
Wrong Haig and Sol88: The paper is actual science and not about the electric comet delusion.Yip Sol88, it's definitely much more in favour of the thunderbolts crowd,...
is astronomers not being deluded enough to thinkThe first 3 months of the Rosetta mission have given us remarkable pictures of comet 67P both from the orbiter and recently from the Philae lander in its brief days before running out of power. Though its crust is very black, four indicators of underlying icy morphology are evident. 67P has smooth, planar ‘seas’ (the largest 600 x 800m) and flat-bottomed craters, both features on comet Tempel-1. 67P’s surface is peppered with mega-boulders (10-70km) like comet Hartley-2, while parallel furrowed terrain is a new ice feature. The largest sea (‘Cheops’ sea, 600 x 800m) curves around one lobe of the 4km diameter comet and the crater lakes up to ~150m across are re-frozen water with organic-rich debris covered by sublimation lag of order 10-cm thick plus impact regolith. The parallel furrows relate to flexing of the asymmetric and spinning two-lobe body, which generates fractures in an underlying body of ice. The mega-boulders are hypothesised to arise from bolide impacts into ice: in the very low gravity, boulders ejected at a fraction of 1m/s would readily reach ~100m from the impact crater and could land perched on elevated surfaces. Where they stand proud, they indicate stronger refrozen terrain or that the surface they land on (and crush) sublimates more quickly. Outgassing due to ice-sublimation was already evident in September at 3.3AU, with surface temperature peaks of 220-230K, which implies impure ice mixtures with less strongly-bound H2O. Increasing sublimation as Rosetta follows comet 67P around its 1.3 AU perihelion will further reveal the nature and prevalence of near-surface ices.
Wrong, Sol88. The images look like rock just as we would expect a body made of ice and dust in outer space to look like.So, looks like rock, hard rock, has a make up like rock and is rocky like but not rock???
Other than the rather irrational demand at the end for some kind of apology from ESA, this is standard mainstream science.
It is food for thought about the ignorance of some comments on that blog, Haig, and a small comment on your continued state of ignorance about the policy for Rosetta data - the scientists who worked for about 20 years getting the data have 6 months first use of the data that they worked hard to collectThis comment is also food for thought and tragic state of events for science too![]()
. All of the teams have the option to release data for publicity or conferences.I think you would find that no one disagrees with the fact that every image of every comet nucleus looks like ROCK, Haig. What we disagree with is the delusion that comets made up of ices and dust must be ROCK because of those images.Glad you agree that the 67P images look like ROCK ...
Haig, blindly parroting the Thunderbolts delusion about EMD and "supporting" it with a Google image search is not research - it is more like religious dogmaIf that doesn't do it for you try looking at the pretty pictures of Electric Comets nucleus burnt by EDM