Orbital elements: 2009 UW19 Earth MOID = 0.1392 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 59.63633 (2000.0) P Q n 0.47029017 Peri. 296.83232 +0.84900499 +0.45597797 a 1.6376664 Node 37.80439 -0.17383708 +0.71817879 e 0.4004834 Incl. 25.81978 -0.49897014 +0.52564562 P 2.10 H 23.2 G 0.15 U 8 [u...
Orbital elements: 2009 UV19 Earth MOID = 0.0299 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 53.02134 (2000.0) P Q n 0.44282110 Peri. 280.19466 +0.92974936 +0.36717562 a 1.7047100 Node 58.26860 -0.32396937 +0.85111727 e 0.4130526 Incl. 1.84295 -0.17495705 +0.37520855 P 2.23 H 24.8 G 0.15 U 8 [ur...
Orbital elements: 2009 UU19 Earth MOID = 0.1350 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 57.66980 (2000.0) P Q n 0.55830912 Peri. 153.05318 +0.99014124 +0.00260699 a 1.4606727 Node 207.89327 -0.02195516 +0.99035709 e 0.2381272 Incl. 17.41916 +0.13834124 +0.13851370 P 1.77 H 24.8 G 0.15 U 9 [...
Orbital elements: 2009 UT19 Earth MOID = 0.0280 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 350.41727 (2000.0) P Q n 1.15173857 Peri. 327.41462 -0.99590747 -0.00647573 a 0.9013638 Node 212.58120 +0.03005359 -0.96439746 e 0.6600735 Incl. 9.63695 -0.08523554 -0.26437777 P 0.86 H 22.6 G 0.15 U 9 [...
Orbital elements: 2009 UZ19 Earth MOID = 0.0175 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 29.98151 (2000.0) P Q n 0.47074946 Peri. 4.97743 +0.76479740 -0.64205317 a 1.6366011 Node 35.15275 +0.58785927 +0.66150702 e 0.3833145 Incl. 5.32272 +0.26364070 +0.38752573 P 2.09 H 26.3 G 0.15 U 8 [url=...
Orbital elements: 2009 UX19 Earth MOID = 0.1612 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 11.80606 (2000.0) P Q n 0.69796863 Peri. 100.70442 -0.91640404 -0.31877565 a 1.2586707 Node 61.08945 +0.16158995 -0.84791038 e 0.8347117 Incl. 16.05167 +0.36618620 -0.42359186 P 1.41 H 18.7 G 0.15 U 9 [u...
An unusual find has since appeared in Vladimir: nothing less than a meteorite. Pensioner Anatoly Proschin discovered the meteorite in a border on his farm and brought the unknown rock to Vladimir astronomers, who identified his find clearly as a meteorite. All the evidence supports it: the brown c...
Orbital elements: 2004 RV2 Earth MOID = 0.0985 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 76.45386 (2000.0) P Q n 0.60100303 Peri. 34.18376 +0.98136374 -0.08789815 a 1.3906514 Node 329.45257 -0.04279190 +0.76695433 e 0.2256180 Incl. 19.64593 +0.18733407 +0.63565318 P 1.64 H 20.7 G 0.15 U 2 [ur...
Discovering Extrasolar Planets: A Tale of Two Telescopes Fritz Benedict, Ph.D., McDonald Observatory of the University of Texas Tuesday, October 27, 6:30 p.m. Hundreds of extrasolar planets orbiting other stars beyond our solar system have been discovered. Some of these extrasolar planets ma...
As a defence scientist, Archie Pennie led a 1964 experiment to recreate the effects of a nuclear weapon by exploding 500 tonnes of TNT. The experiment was known as 'Operation Snowball,' with an estimated blast one-fifteenth of that at Hiroshima. The on-site preparations called for a maze of elect...
Precambrian Impact: The first convincing evidence of a massive meteorite impact that occurred during the Precambrian period, 2.63 billion years ago, has been found in northwestern Australia's Pilbara region. Dr Birger Rasmussen of the University of Western Australia and Associate Professo...
The Japanese CUTE 1.7 Satellite that was launched on the 21st February, 2006, from the Kagoshima Space Centre, is predicted to re-enter the Earths atmosphere on the 14th October, 2009. TLE Data pre>CUTE 1.7 1 28941U 06005C 09281.10416529 .00308410 47573-4 33455-3 5066 2 28941 098.1261 118.354...
Orbital elements: 2009 UE19 Earth MOID = 0.2221 AU Epoch 2010 Jan. 4.0 TT = JDT 2455200.5 MPC M 24.50258 (2000.0) P Q n 0.32319012 Peri. 354.39464 +0.80262340 -0.55360490 a 2.1029583 Node 41.86567 +0.55938082 +0.56932207 e 0.4233285 Incl. 19.43597 +0.20709605 +0.60777791 P 3.05 H 20.3 G 0.15 U 9 [u...
