"Until now, nobody had a clue the two other rings were there..."
- Mark Showalter, SETI Institute

December 23, 2005 Baltimore, Maryland - Hubble researchers report: "These composite images from several observations by NASA's Hubble Space Telescope reveal a pair of newly discovered rings encircling the planet Uranus. The left composite image is made from Hubble images taken in 2003. The new dusty rings are extremely faint and required long exposures to capture their image. The background speckle pattern is noise in the image. The outermost ring (R/2003 U 1) is likely replenished by dust blasted off a newly discovered satellite called Mab, embedded in the ring and visible as a bright streak at the top of the outer ring. The new outermost ring is twice the radius of the previously known ring system around Uranus, as seen near image center. (The inner rings are much brighter, so no noise is visible in the background). Approximately halfway between the outermost ring and inner ring system is a second newly discovered ring (R/2003 U2). Only a faint segment of it appears at the 12:00 o'clock position. Because of the long exposures, the moons are smeared out and appear as arcs within the ring system.
Click here to subscribe and get instant access to read this report.
Click here to check your existing subscription status.
Existing members, login below:








December 8, 2005 Berkeley, California - This past summer on the 4th of July at the British Royal Society Summer Exhibition Program, geologist Silvia Gonzalez, Ph.D., from Liverpool's John Moores University, announced that what appear to be human footprints in volcanic rock near Puebla, Mexico, were 40,000 years old. Puebla is about 1.5 hours by car southeast of Mexico City. The date was determined from Optically Stimulated Luminescence (OSL) of "some baked particles incorporated into the ash." Dr. Gonzales and her colleagues had first discovered the prints in 2003 and hypothesized that early hunters walked near a lake there across freshly deposited ash from volcanoes that are still active in the region. The ash mixed with rain and water which over time turned to rock. 
