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Tempel1-Z-L-050719deepseq.jpgImpact Sequence54 visiteUn nuovo Sito (segnalatoci dal Dr Feltri) il quale, staccandosi dagli schemi di ricerca convenzionali, propone - sommessamente - un nuovo Modello Interpretativo per alcuni dei fenomeni dell'Universo ("...Exploring the electric universe: from ancient mythology to cosmic plasma discharge..."). Il Modello proposto dai Ricercatori di Thunderbolts è, secondo il nostro linguaggio, un "Modello di Confine": il confine che separa i dogmi della Scienza Convenzionale dagli Archetipi della Nuova Scienza. C'è molto da discutere, ovviamente, ma c'è anche molto da leggere, meditare ed apprendere, conservando il senso comune, ma adottando logiche di grande apertura.
EccoVi l'indirizzo: http://www.thunderbolts.info/default.htm
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Tempel1-ZZ-ZHRI_PressRelease1-PIA02133-br.jpgOne hour after the impact57 visiteE', a nostro parere, la filosofia - perversa e pervertitrice? - che si cela dietro questi "esperimenti" (o presunti tali) che fa rabbrividire: essa dice, molto chiaramente, che la Terra ed il Cielo, per chi può (e 'chi può' vuol dire 'chi ha la FORZA di potere') sono soltanto luoghi di esercizio.
Sono oggetti, cose delle quali si può disporre come si vuole e quando si vuole. E non importa se, nel performare questi "esperimenti", si mette a repentaglio la Natura stessa: ciò che conta è fare, fare quello che si vuole, mascherando la reale arroganza con la falsa sete di conoscenza.
Ecco il punto (e perdonateci l'acredine che emerge da queste poche righe): i Padroni del Mondo non solo fanno quello che vogliono e lo fanno in maniera violenta e discutibile, ma lo fanno anche, sempre più spesso, mascherando la loro immensa ignoranza e presunzione dietro un volto amichevole che dice "quello che facciamo, lo facciamo per il bene di tutti".
Per il bene di tutti? Davvero?!?...
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Tempel1-ZZ-ZI.jpgA few seconds before the "Space-Fireworks"54 visiteDa "NASA - Picture of the Day" del 15 Settembre 2005:"Approaching the nucleus of comet Tempel 1 at 10 Km/sec., the Deep Impact probe's targeting camera recorded a truly dramatic series of images. Successive pictures improve in resolution and have been composited here at a scale of 5 mt per pixel - including images taken within a few meters of the surface moments before the July 4th impact. Analyzing the resulting cloud of debris, researchers are directly exploring the makeup of a comet, a primordial chunk of Solar System material. Described as a recipe for primordial soup, the list of Tempel 1's ingredients - tiny grains of silicates, iron compounds, complex hydrocarbons and clay and carbonates thought to require liquid water to form - might be more appropriate for a cosmic souffle, as the nucleus is apparently porous and fluffy.
Seen here, Tempel 1's nucleus is about 5 Km long, with the impact site between the two large craters near the bottom".
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Tempel1-ZZ-ZJ-Stardust_1023-MF-LXTT-HD3D.jpgComet Tempel-1 from Stardust NeXT Spacecraft (Hi-Def-3D; credits for the additional process.: Dr Marco Faccin - Lunexit Team)120 visitenessun commentoMareKromium
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Tempel1-ZZ-ZJ-Stardust_1024-MF-LXTT-HD3D.jpgComet Tempel-1 from Stardust NeXT Spacecraft (Hi-Def-3D; credits for the additional process.: Dr Marco Faccin - Lunexit Team)64 visitenessun commentoMareKromium
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Tempel1-ZZ-ZJ-Stardust_1024-PCF-LXTT.jpgComet Tempel-1 from Stardust NeXT Spacecraft (Natural Colors; credits for the additional process. and color.: Dr Paolo C. Fienga - Lunexit Team)102 visiteCaption NASA:"No Comet has ever been visited twice before. Therefore, the unprecedented pass of the Stardust-NeXT Spacecraft near Comet Tempel-1 in February 2011 gave Humanity a unique opportunity to see how the Nucleus of a Comet changes over time.
Changes in the Nucleus of Comet Tempel-1 were of particular interest because the Comet was hit with an impactor from the passing Deep Impact Spacecraft in 2005. Here is one digitally sharpened image of Comet Tempel-1 near the closest approach of Stardust-NeXT.
Visible are many features already imaged in 2005, including Craters, Ridges and seemingly smoother areas. Few firm conclusions are yet available, but over the next few years astronomers who specialize in Comets and the understanding the early Solar System will be poring over these images looking for new clues as to how Comet Tempel-1 is composed, how the 2005 Impact Site now appears, and how general features of the Comet have evolved".MareKromium
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Tempel1-ZZ-ZJ-Stardust_1024-PIA13860-PCF-LXTT.jpgComet Tempel-1 from Stardust NeXT Spacecraft (Natural Colors; credits for the additional process. and color.: Dr Paolo C. Fienga - Lunexit Team) 116 visiteCaption NASA:"This image mosaic shows 4 different views of comet Tempel-1 as seen by NASA's Stardust Spacecraft as it flew by it on February 14, 2011.
The images progress in time beginning at upper left, moving to upper right, then proceeding from lower left to lower right. When the Spacecraft first approached, it got a clear look at the same Surface that was imaged previously by NASA's Deep Impact Spacecraft in 2005. Deep Impact sent a projectile into the Comet, creating a crater that is located in the upper left image, but is difficult to see at this particular contrast level.
As Stardust flew closer to the Comet, it began to see New Territory that had not been imaged before. The New Territory appears on the left side of the upper right image. The Deep Impact Crater is also located in this view, on the right side.
Both the upper right and lower left images are the Closest Approach images for Stardust, taken at 3" before, and 3" after it. The images were taken from a distance of about 185 Km (approx. 115 miles). In the lower left image, the vast majority of Terrain pictured had not been seen until now. The fourth image, at lower right, shows Stardust's view as the Spacecraft was on the way out.
The image at upper left was taken 15" before the Encounter (or Closest Approach) from a distance of approx. 244 Km (about 152 miles); the image at lower right was taken 15" after the Encounter, from a distance of approx. 245 Km (about 152 miles)".MareKromium
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Tempel1-ZZ-ZJ-Stardust_1024-PIA13867.jpgComet Tempel-1 from Stardust NeXT Spacecraft (Natural Colors; credits for the additional process. and color.: Dr Paolo C. Fienga - Lunexit Team) 120 visiteCaption NASA:"At the time of the encounter, comet Tempel-1 was approx. 335 MKM (about 208 MMs) away from Earth.
Tempel-1 is oblong in shape and has an average diameter of about 6 Km (approx. 4 miles). Stardust-NExT is an extended mission for the comet chaser, which previously flew past comet Wild 2 and returned some samples from its Coma to Earth.
During this latest encounter, the Spacecraft took images of the Comet's Surface and observed changes that occurred since a NASA Spacecraft last visited it (NASA's Deep Impact Spacecraft had an encounter with Tempel-1 in July 2005).
Stardust-NExT is a low-cost mission that is expanding the investigation of comet Tempel-1 initiated by the Deep Impact Spacecraft.
The mission is managed by the Jet Propulsion Laboratory, a division of the California Institute of Technology, Pasadena, Calif., for NASA's Science Mission Directorate in Washington. Lockheed Martin Space Systems in Denver built the Spacecraft and manages day-to-day mission operations".MareKromium
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Tempel1-ZZ-ZL-PIA02132_fig1.jpgThe "Sunny Side" of Comet Tempel-155 visiteCaption originale:"This image composite shows comet Tempel 1 in visible (left) and infrared (right) light. The infrared picture highlights the warm, or sunlit, side of the comet, exactly where NASA's Deep Impact probe hit. These data were acquired about six minutes before impact.
The visible image was taken by the medium-resolution camera on the mission's flyby spacecraft, and the infrared data were acquired by the flyby craft's infrared spectrometer".
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Tempel1-q.jpg13 MKM from Comet Tempel 155 visiteDa "NASA - Picture of the Day" del 29 Giugno 2005:"The Deep Impact spacecraft continues to close on Comet Tempel 1, a comet roughly the size of Manhattan. Early on July 3 (EDT), the Deep Impact spacecraft will separate in to 2 individual robotic spaceships, one called Flyby and the other called Impactor. During the next 24 hours, both Flyby and Impactor will fire rockets and undergo complex maneuvers in preparation for Impactor's planned collision with Comet Tempel 1. On July 4 (1:52 am EDT) if everything goes as scheduled, the 370-Kg Impactor will strike Tempel 1's surface at over 14.000 Km p.h.. Impactor will attempt to photograph the oncoming comet right up to the time of collision, while Flyby photographs the result from nearby. The above image was taken on 19 June from about 13 MKM out and used to help identify the central nucleus of the comet inside the diffuse coma. Telescopes around the Earth, including the HST, will also be closely watching the distant silent space bullet".
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Tempel1-r-ImpactConfirmation.jpgDeep-impact...55 visiteTime of Impact: July 4, 05:52:15.0 +/- 17 sec UT as seen from Earth (1-sigma uncertainty)
Impact successfully occurred on July 4 at 05:52:24 UT as seen from Earth
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Tenth_Planet-00.jpgThe 10th Planet? (1)55 visiteDa "NASA - Picture of the Day", del 31 Luglio 2005:"Is that a Tenth Planet? A faint, slowly moving dot discovered by computer shows clear signs of being a deep Solar System object at least as large as Pluto. The object, designated 2003 UB313, is currently situated nearly 100 times the Earth-Sun distance - over twice the average Pluto-Sun distance. That far out, the only way a single round object could be as bright as 2003 UB313 would be if it is at least as large as Pluto and completely reflective.
Since 2003 UB313 is surely not completely reflective, it could be substantially larger. One of the discovery frames is shown above digitally expanded and artificially brightened. 2003 UB313 was identified initially on frames taken by the automated 1.2-meter Samuel Oschin Telescope at Palomar Observatory in California, USA".
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