TRÁNSITOS DE LA GRAN MANCHA ROJA EN JÚPITER
(2 Julio, 2010 Skyandtelescope) Hora en Tiempo Universal para los tránsitos de la Gran Mancha Roja de Júpiter, hasta diciembre 2010:
Julio 1: 7:01, 16:56;
2: 2:52, 12:48, 22:43;
3: 8:39, 18:35;
4: 4:30, 14:26;
5: 0:22, 10:17, 20:13;
6: 6:09, 16:04;
7: 2:00, 11:56, 21:51;
8: 7:47, 17:43;
9: 3:38, 13:34, 23:30;
10: 9:25, 19:21;
11: 5:16, 15:12;
12: 1:08, 11:03, 20:59;
13: 6:55, 16:50;
14: 2:46, 12:42, 22:37;
15: 8:33, 18:29;
16: 4:24, 14:20;
17: 0:16, 10:11, 20:07;
18: 6:02, 15:58;
19: 1:54, 11:49, 21:45;
20: 7:41, 17:36;
21: 3:32, 13:28, 23:23;
22: 9:19, 19:14;
23: 5:10, 15:06;
24: 1:01, 10:57, 20:53;
25: 6:48, 16:44;
26: 2:39, 12:35, 22:31;
27: 8:26, 18:22;
28: 4:18, 14:13;
29: 0:09, 10:04, 20:00;
30: 5:56, 15:51;
31: 1:47, 11:43, 21:38
Agosto 1: 7:34, 17:29;
2: 3:25, 13:21, 23:16;
3: 9:12, 19:07;
4: 5:03, 14:59;
5: 0:54, 10:50, 20:45;
6: 6:41, 16:37;
7: 2:32, 12:28, 22:24;
8: 8:19, 18:15;
9: 4:10, 14:06;
10: 0:02, 9:57, 19:53;
11: 5:48, 15:44;
12: 1:40, 11:35, 21:31;
13: 7:26, 17:22;
14: 3:18, 13:13, 23:09;
15: 9:04, 19:00;
16: 4:55, 14:51;
17: 0:47, 10:42, 20:38;
18: 6:33, 16:29;
19: 2:25, 12:20, 22:16;
20: 8:11, 18:07;
21: 4:03, 13:58, 23:54;
22: 9:49, 19:45;
23: 5:40, 15:36;
24: 1:32, 11:27, 21:23;
25: 7:18, 17:14;
26: 3:10, 13:05, 23:01;
27: 8:56, 18:52;
28: 4:47, 14:43;
29: 0:39, 10:34, 20:30;
30: 6:25, 16:21;
31: 2:17, 12:12, 22:08
Septiembre 1: 8:03, 17:59;
2: 3:54, 13:50, 23:46;
3: 9:41, 19:37;
4: 5:32, 15:28;
5: 1:23, 11:19, 21:15;
6: 7:10, 17:06;
7: 3:01, 12:57, 22:53;
8: 8:48, 18:44;
9: 4:39, 14:35;
10: 0:30, 10:26, 20:22;
11: 6:17, 16:13;
12: 2:08, 12:04, 21:59;
13: 7:55, 17:51;
14: 3:46, 13:42, 23:37;
15: 9:33, 19:29;
16: 5:24, 15:20;
17: 1:15, 11:11, 21:06;
18: 7:02, 16:58;
19: 2:53, 12:49, 22:44;
20: 8:40, 18:36;
21: 4:31, 14:27;
22: 0:22, 10:18, 20:13;
23: 6:09, 16:05;
24: 2:00, 11:56, 21:51;
25: 7:47, 17:43;
26: 3:38, 13:34, 23:29;
27: 9:25, 19:21;
28: 5:16, 15:12;
29: 1:07, 11:03, 20:59;
30: 6:54, 16:50
Octubre 1: 2:45, 12:41, 22:37;
2: 8:32, 18:28;
3: 4:23, 14:19;
4: 0:15, 10:10, 20:06;
5: 6:01, 15:57;
6: 1:53, 11:48, 21:44;
7: 7:39, 17:35;
8: 3:31, 13:26, 23:22;
9: 9:18, 19:13;
10: 5:09, 15:04;
11: 1:00, 10:56, 20:51;
12: 6:47, 16:42;
13: 2:38, 12:34, 22:29;
14: 8:25, 18:21;
15: 4:16, 14:12;
16: 0:07, 10:03, 19:59;
17: 5:54, 15:50;
18: 1:46, 11:41, 21:37;
19: 7:33, 17:28;
20: 3:24, 13:19, 23:15;
21: 9:11, 19:06;
22: 5:02, 14:58;
23: 0:53, 10:49, 20:45;
24: 6:40, 16:36;
25: 2:32, 12:27, 22:23;
26: 8:19, 18:14;
27: 4:10, 14:06;
28: 0:01, 9:57, 19:53;
29: 5:48, 15:44;
30: 1:40, 11:35, 21:31;
31: 7:27, 17:22
Noviembre 1: 3:18, 13:14, 23:09;
2: 9:05, 19:01;
3: 4:56, 14:52;
4: 0:48, 10:43, 20:39;
5: 6:35, 16:30;
6: 2:26, 12:22, 22:17;
7: 8:13, 18:09;
8: 4:05, 14:00, 23:56;
9: 9:52, 19:47;
10: 5:43, 15:39;
11: 1:34, 11:30, 21:26;
12: 7:22, 17:17;
13: 3:13, 13:09, 23:04;
14: 9:00, 18:56;
15: 4:52, 14:47;
16: 0:43, 10:39, 20:34;
17: 6:30, 16:26;
18: 2:22, 12:17, 22:13;
19: 8:09, 18:05;
20: 4:00, 13:56, 23:52;
21: 9:47, 19:43;
22: 5:39, 15:35;
23: 1:30, 11:26, 21:22;
24: 7:18, 17:13;
25: 3:09, 13:05, 23:01;
26: 8:56, 18:52;
27: 4:48, 14:44;
28: 0:39, 10:35, 20:31;
29: 6:27, 16:22;
30: 2:18, 12:14, 22:10
Diciembre 1: 8:05, 18:01;
2: 3:57, 13:53, 23:48;
3: 9:44, 19:40;
4: 5:36, 15:31;
5: 1:27, 11:23, 21:19;
6: 7:15, 17:10;
7: 3:06, 13:02, 22:58;
8: 8:53, 18:49;
9: 4:45, 14:41;
10: 0:37, 10:32, 20:28;
11: 6:24, 16:20;
12: 2:15, 12:11, 22:07;
13: 8:03, 17:59;
14: 3:54, 13:50, 23:46;
15: 9:42, 19:38;
16: 5:33, 15:29;
17: 1:25, 11:21, 21:16;
18: 7:12, 17:08;
19: 3:04, 13:00, 22:55;
20: 8:51, 18:47;
21: 4:43, 14:39;
22: 0:35, 10:30, 20:26;
23: 6:22, 16:18;
24: 2:14, 12:09, 22:05;
25: 8:01, 17:57;
26: 3:53, 13:48, 23:44;
27: 9:40, 19:36;
28: 5:32, 15:28;
29: 1:23, 11:19, 21:15;
30: 7:11, 17:07;
31: 3:02, 12:58, 22:54
(2 Mayo, 2007 NASA - CA) La nave New Horizons de la NASA ha permitido a los científicos de la NASA obtener nuevos datos del sistema de Júpiter, sorprendiéndolos con perspectivas nunca vistas de la atmósfera del planeta gigante, de sus anillos, sus lunas y la magnetosfera.
(5 Marzo 2007) Nave New Horizons observa pluma volcánica en Io.
(EL PAÍS - 21-06-2006) En condiciones de temperatura y presión ambientes, el dióxido de carbono (CO2 ) es un gas. Para lograr que sea un sólido hay que someterlo a altas presiones o bajas temperaturas y entonces se convierte en el hielo seco que se utiliza, entre otras cosas, para generar nubes humeantes al gasificarse de nuevo en condiciones de temperatura y presión ambiente.
(22 de Septiembre, 2003 -
Spaceflightnow
