| Ultimi arrivi - SOLAR SYSTEM |
Pompeja.jpgPompeja (imagination)95 visitenessun commentoMareKromium%31 %726 %2021
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Ganymede-P-51236218280_1b20779992_o.pngGanymede94 visitenessun commentoMareKromium%09 %387 %2021
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Solar_rotation.jpgThe "uneven" Solar Rotation130 visitenessun commentoMareKromium%14 %713 %2021
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Tethys.pngTethys and the Sun (possible Natural Colors; credits for the additional process. and color.: Marco Faccin and E. Bonora)105 visitenessun commentoMareKromium%10 %651 %2021
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SOU-SOL039-11.jpgLook at that!!! (Part I) - 05:13 Mars Local Time, Clouds 10 above the Local Horizon118 visiteCaption NASA originale:"These are more wispy blue clouds from Sol 39 as seen by the Imager for Mars Pathfinder. The bright clouds near the bottom are about 10 above the horizon. The clouds are believed to be at an altitude of 10 to 15 Km and are thought to be made of small water ice particles. The picture was taken about 40 minutes before Sunrise".
Vero o falso? Passiamo alla Part II.MareKromium%10 %623 %2021
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SOU-SOL039-12.jpgLook at that!!! (Part II) - 05:13 Mars Local Time, clouds 30 above the Local Horizon140 visiteCaption NASA originale:"This true color image shows the eastern sky, 30 above the horizon at 05:13 MLT on Sol 39. The bright streaks are probably ice clouds which have formed during the night. In the true colour image, the clouds appear to be blue compared to the background. This is a real effect. Unlike the red dust, the clouds are almost invisible at infrared wavelengths.
The clouds are also moving. In order to create this image, the individual, single color, data frames have had to be shifted with respect to each other. The motion indicates that the clouds are moving from the north-east to the South-West".
ATTENZIONE: questa immagine non altro che il medesimo frame, da noi rubricato come "Look at that!!! (Part I)", capovolto e con filtro/colore modificato, passando dal Rosso/Rosa/Arancio al Verde/Azzurro! Ebbene, grazie all'attenzione che poniamo nell'analisi dei frames, questa volta la NASA pu solo nascondersi: li abbiamo beccati! E, se ancora non foste convinti, andate a vedere il frame che segue il quale altro non se non la sovrapposizione dei frames I e II.
La NASA avr anche i mezzi, ma ha MENTITO SPUDORATAMENTE per ANNI! E sapete queal' la cosa che pi ci meraviglia? Ma come abbiamo fatto a non accorgerci prima di una simile mistificazione?MareKromium%10 %622 %2021
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SOU-SOL039-13.jpgLook at that!!! (Part III)148 visiteFine dell'investigazione.
Sol 39 della Sonda Soujourner-Pathfinder: i primi due frames - che, secondo la NASA - sono due frames DIVERSI e si riferirebbero a periodi DIVERSI del giorno Marziano (o "Sol"), sono, in vero, lo STESSO frame, a colori mutati (uno, il primo, che tende al rosa e l'altro al blu-verde) e poi capovolti.
Sovrapponendoli, la "furbata" salta fuori.
E allora? Chi sono i "Complottisti"??? Quelli che sparano a caso ed a prescindere, o quelli che esaminano, vedono e poi smascherano la pi grande Agenzia Spaziale del Mondo? Noi abbiamo beccato la NASA a mentire, pure spudoratamente. Ed i Complottisti saremmo noi??? E la NASA, allora, cos'?MareKromium%10 %622 %2021
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Comet_Oumuamua-2.jpgOumuamua (large)150 visiteQuesto l'ingrandimento dell'immagine profonda di prima. Sempre al centro, l'asteroide interstellare "Oumuamua", circondato dalle tracce di stelle deboli prodotte poich il telescopio insegue l'asteroide in movimento (rispetto alla stelle cosiddette "fisse"). L'immagine ottenuta combinando numerose immagini del VLT (Very Large Telescope) dell'ESO e del telescopio Gemini South. L'oggetto indicato con un cerchio blu e appare come una sorgente puntiforme, senza polvere diffusa.MareKromium%21 %670 %2021
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Comet_Oumuamua-1.jpgOumuamua109 visiteQuesta immagine profonda mostra, al centro, l'asteroide interstellare "Oumuamua", circondato dalle tracce di stelle deboli prodotte poich il telescopio insegue l'asteroide in movimento (rispetto alla stelle cosiddette "fisse"). L'immagine ottenuta combinando numerose immagini del VLT (Very Large Telescope) dell'ESO e del telescopio Gemini South. L'oggetto indicato con un cerchio blu e appare come una sorgente puntiforme, senza polvere diffusa.MareKromium%21 %665 %2021
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Venus-Volcano-NasaRubin_1600.jpgVenusian "Active" Volcano150 visiteCaption NASA Originale:"What would an erupting volcano on Venus look like? Evidence of currently active volcanoes on Venus was announced earlier this year with the unexplained warmth of regions thought to contain only ancient volcanoes.
Although large scale images of Venus have been taken with radar, thick sulfuric acid clouds would inhibit the taking of optical light vistas. Nevertheless, an artist's reconstruction of a Venusian volcano erupting is featured.
Volcanoes could play an important role in a life cycle on Venus as they could push chemical foods into the cooler upper atmosphere where hungry microbes might float. Pictured, the plume from an erupting volcano billows upwards, while a vast lava field covers part of the hot and cracked surface of Earth's overheated twin. The possibility of airborne microbial Venusians is certainly exciting, but currently controversial".MareKromium%04 %549 %2021
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101955-Bennu-Z-Landing-GIF_Movie.gifThe Landing on 101955 Bennu129 visiteCaption NASA:" On October 20, 2020, after a careful approach to the boulder-strewn Surface, the OSIRIS-REx Spacecraft's arm reached out and touched Asteroid Bennu.
Dubbed a Touch-And-Go (TAG) sampling event, the 30 cm wide sampling head (TAGSAM) appears to crush some of the rocks in this snapshot. The close-up scene was recorded by the spacecraft's SamCam some 321 million kilometers from planet Earth, just after surface contact.
One second later, the Spacecraft fired Nitrogen gas from a bottle intended to blow a substantial amount of Bennu's regolith into the sampling head, collecting the loose surface material. Data show the Spacecraft spent approximately 5 more seconds in contact with Bennu's Nightingale sample site and then performed its back-away burn. Timelapse frames from SamCam reveal the aftermath". MareKromium%11 %700 %2020
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Miranda-Verona_Rupes.jpgVerona Rupes138 visiteCaption NASA:"Could you survive a jump off the tallest cliff in the Solar System?
Quite possibly. Verona Rupes on Uranus' moon Miranda is estimated to be 20 kilometers deep - ten times the depth of the Earth's Grand Canyon. Given Miranda's low gravity, it would take about 12 minutes for a thrill-seeking adventurer to fall from the top, reaching the bottom at the speed of a racecar -- about 200 Km-per- hour.
Even so, the fall might be survivable given proper airbag protection. The featured image of Verona Rupes was captured by the passing Voyager 2 Robotic Spacecraft in 1986.
How the giant cliff was created remains unknown, but is possibly related to a large impact or tectonic surface motion". MareKromium%11 %694 %2020
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