| Ultimi commenti - Uranus and His Moons |
Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/25/20 at 15:36MareKromium: A Te, ed a Tutti!!!
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Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/25/20 at 08:28walthari: grazie mille e buone feste Paolo. Buone feste a tu...
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Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/23/20 at 17:47MareKromium: Info acquisite. Ti mando una e-mail. Abbraccione!
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Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/20/20 at 07:23walthari: Paolo ti mando un email per chiederti un consiglio...
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Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/19/20 at 15:43MareKromium: E' una buona ipotesi. Ma, per capire di pi?, d...
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Miranda-Verona_Rupes.jpgVerona Rupes141 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". MareKromium12/19/20 at 06:57walthari: una tettonica embrionale poi terminata col rapido ...
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UMBRIEL-vg2_p29502-B.jpgUmbriel's extremely unusual surface feature: Wunda Crater (HR - detail mgnf)58 visitenessun commento12/12/19 at 17:30MareKromium: Ancora Wunda. Certo che ? davvero enorme e strano....
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UMBRIEL-vg2_p29502-A.jpgUmbriel's extremely unusual surface feature (HR - context image)63 visiteIl rilievo (che definire "fortemente anomalo" è riduttivo) che caratterizza il versante prossimo al Polo Nord di Umbriel è, almeno dalle immagini che sono in nostro possesso, del tutto inesplicabile.
Alcuni Ricercatori (anche nel Gruppo Lunar Explorer Italia) ipotizzano che si tratti di una montagna dalle dimensioni davvero incredibili (almeno in rapporto al corpo celeste a cui essa accede - immaginate come il Monte Everest apparirebbe dallo spazio se fosse alto 70 o più Km e largo 300, tanto per rendere l'idea...), mentre altri Studiosi ritengono che quello che si vede in questa immagine è solo il risultato di una deformazione del frame la quale potrebbe essere imputabile ad un vizio di trasmissione e/o di ricevimento ed elaborazione dati (il che equivarrebbe a dire che il rilievo in questione non esiste).
Altri ancora interpretano questo rilievo come una "plume" vulcanica (?) o una gigantesca formazione nuvolosa.
Purtroppo, il mistero non sarà risolto tanto facilmente... 12/12/19 at 17:29MareKromium: Wunda Crater (la didascalia ? ingannevole, anzi: ?...
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Oberon-vg2_2683623-1.jpgOberon's "Peak"63 visiteEd ecco il più intrigante rilievo superficiale di Oberon: una montagna (la cui forma, per gli appassionati di "Space Oddities", ricorda una specie di piramide) di circa 6000 mt di altezza che spicca, molto chiaramente, sul bordo di questa affascinante e lontano Corpo Celeste.05/23/11 at 14:43MareKromium: Tranquillo Anakin. E comunque, circa i 6 Km di alt...
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Oberon-vg2_2683623-1.jpgOberon's "Peak"63 visiteEd ecco il più intrigante rilievo superficiale di Oberon: una montagna (la cui forma, per gli appassionati di "Space Oddities", ricorda una specie di piramide) di circa 6000 mt di altezza che spicca, molto chiaramente, sul bordo di questa affascinante e lontano Corpo Celeste.05/23/11 at 13:44Anakin: E' possibile stimarne l'altezza?
Scusat...
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Oberon-vg2_2683623-1.jpgOberon's "Peak"63 visiteEd ecco il più intrigante rilievo superficiale di Oberon: una montagna (la cui forma, per gli appassionati di "Space Oddities", ricorda una specie di piramide) di circa 6000 mt di altezza che spicca, molto chiaramente, sul bordo di questa affascinante e lontano Corpo Celeste.05/23/11 at 10:18walthari: una montagna in un corpo celeste come quello non s...
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Oberon-vg2_2683623-1.jpgOberon's "Peak"63 visiteEd ecco il più intrigante rilievo superficiale di Oberon: una montagna (la cui forma, per gli appassionati di "Space Oddities", ricorda una specie di piramide) di circa 6000 mt di altezza che spicca, molto chiaramente, sul bordo di questa affascinante e lontano Corpo Celeste.05/23/11 at 09:59MareKromium: Il "Picco" di Oberon, ad esempio, ? un &...
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