David Talbott
Scholar
- Joined
- Nov 26, 2014
- Messages
- 58
Oh forget it Ben, they are not doing anything, David is just trolling.
They are waiting for mainstream researches to do something, and then they will twist the results to their own view.
IMHO David Talbott is the biggest disappointment that arrived at (JREF) ISF from thunder, I had expected a lot more.
Well, I guess we could have another argument here as to who's most disappointed Tusenfem.
Actually I think I win. It's not as if you've stuck your neck out with any meaningful predictions to counter the explicit predictions of the electric comet. In fact, looking over a single week of my participation here, it appears I've added quite a lot by comparison, and I'll begin posting the content on a Rosetta blog on the Thunderbolts site this coming week.
... But hold on. Now we see a claimed "announcement" of water on the surface. Therefore, before I have a chance to change my own prediction of NO WATER ICE ON THE SURFACE (beyond a trivial frost as on Tempel 1), here are my predictions as they stood just a couple of hours ago. Expect some modest changes, but no wholesale retractions based on new info.

• likelihood of a hot and dry surface ("hot," as in the familiar lexicon of comet science)
• no layers's of ice exposed beneath the surface, despite the requirements of standard theory
• no ice at the source of jets, not even where the most energetic jets are active
• electric discharge as the essential contributor to the comet's increasing activity
• abundance of unexplained rocky debris on the surface, as seen on asteroids, including sharp edged boulders exhibiting no ices.
• visible electrical erosion of the surface in the fashion of electrical etching of surface materials and electric discharge machining (edm)
• surface electrochemically transformed and burned black by this discharge activity, as in laboratory experiments
• focused glow discharge enigmatically moving across the surface during the course of the Rosetta observations
• useful comparisons of this activity to the moving electrified plumes of Jupiter's moon Io and Saturn's moon Enceladus
• electric fields configuring and reconfiguring layers of dust on the surface, despite the absence of an atmosphere
• removal of “astonishing,” complex crystalline molecules from the surface, with comparisons to materials on planets and moons, likely including Mars or Earth, or both.
• no appreciable “stardust,” the long-presumed primeval matter of comets
• no support for the long-presumed "compositional zoning" in textbook solar system history and comet theory
• useful comparison of dust configurations on the surface to formations seen in laboratory experiments with electric fields acting on layers of dust
• x-ray and ultraviolet emissions exceeding any scientific predictions just 20 years ago
• evidence for electrochemical production of hydroxyl and/or water by electrical action on surface silicates and clays
• evidence for production of water and/or hydroxyl by electrical activity in the coma
• unexpected negative ions close to the nucleus
• improbable hydrogen cloud gathered and held in place at the outer regions of the coma
• additional electrochemical transactions in the coma adding to diverse chemistry, ranging from CO2 to methane, alcohol, cyanide, and more
• relationship of comet flaring to arrival of charged particles from solar outbursts
Add the POSSIBILITY of a break-up of the nucleus in response to a solar outburst, though that’s not something I'd hang a hat on.
David Talbott
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