PPT-SATURN observation network: the workings and output of a lo

  Michael P Wilkin 1 Katie E Rathmell 1 Jo A Goodman 1 Charles Seaton 2 Sarah Riseman 2 Paul J Turner 2 Albert A Little 3 Joe Needoba 2 António M Baptista 2. (1352.3) 122:8.7 These wise men saw no star to guide them to Bethlehem. The beautiful legend of the star of Bethlehem originated in this way: Jesus was born August 21 at noon, 7 B.C. On May 29, 7 B.C., there occurred an extraordinary conjunction of Jupiter and Saturn in the constellation of Pisces. And it is a remarkable astronomic fact that similar conjunctions occurred on September 29 and December 5 of the same year. Upon the basis of these extraordinary but wholly natural events the well-meaning zealots of the succeeding generation constructed the appealing legend of the star of Bethlehem and the adoring Magi led thereby to the manger, where they beheld and worshiped the newborn babe. Oriental and near-Oriental minds delight in fairy stories, and they are continually spinning such beautiful myths about the lives of their religious leaders and political heroes. In the absence of printing, when most human knowledge was passed by word of mouth from one generation to another, it was very easy for myths to become traditions and for traditions eventually to become accepted as facts.. (Total Disturbance 7.6 . ha). Plant site 2007. Plant site – minimal disturbance of historic workings and camp. Middle and lower benches to develop.. Trees – Middle and Lower Benches. Historic Workings. Saturn Bio/Facts. Diameter: . 116,464 km. Relative Mass (Earth = 1): . 95.2. Density (kg/m. 3. ): . 700. Distance from Sun (AU): . 9.58. Length of Day: . 10.7 hours. Length of Year: . 10,747. days. Mean . K. K . Khurana. , . Institute . of Geophysics and Planetary . Physics and Dept of Earth and Planetary Sciences. . UCLA, Los Angeles, CA, 90095, USA, . kkhurana@igpp.ucla.edu. Presented at the. JUNO/Cassini joint workshop, Atlanta, May 31, 2015. (1352.3) 122:8.7 These wise men saw no star to guide them to Bethlehem. The beautiful legend of the star of Bethlehem originated in this way: Jesus was born August 21 at noon, 7 B.C. On May 29, 7 B.C., there occurred an extraordinary conjunction of Jupiter and Saturn in the constellation of Pisces. And it is a remarkable astronomic fact that similar conjunctions occurred on September 29 and December 5 of the same year. Upon the basis of these extraordinary but wholly natural events the well-meaning zealots of the succeeding generation constructed the appealing legend of the star of Bethlehem and the adoring Magi led thereby to the manger, where they beheld and worshiped the newborn babe. Oriental and near-Oriental minds delight in fairy stories, and they are continually spinning such beautiful myths about the lives of their religious leaders and political heroes. In the absence of printing, when most human knowledge was passed by word of mouth from one generation to another, it was very easy for myths to become traditions and for traditions eventually to become accepted as facts.. RINGS. Beatriz Frisón. Máster en Astrofísica. OBSERVATIONS. 1610- Galileo: . satellites. ?. 1655 – Christian . Hygens. : . rigid. . matter. disk. 1675– . Cassini. : . Cassini. . division. XVIII- Laplace: . Bear Elder and Emily Linden. Past Discoveries by Pioneer 11. This picture of Saturn and Titan in the upper left was taken 26 Aug 1979. . Discoveries: are Saturn's F ring and a new moon. . P. lanet's overall temperature at -180°C. North . Pole. . Hexagonal . Cloud. . Pattern. Raúl Cacho Martínez. Dpto. Astrofísica UCM. 13 de Enero de 2011. Primera observación. D.A. . Godfrey en 1988 con datos de las sondas . Voyager. 1 (Noviembre 1980) y . 2014-2015. 4. th. grade. . Planets Features. Saturn is mostly made out of gas and liquids.. Saturn’s moons. Saturn has more moons than any other planet, forty two.. . History of Saturn. Chaz . Isaacks. Saturn Discovery . Saturn improved and changed a lot when the advent of space light that we really began to gain a greater understanding of this enigmatic world.. Saturn is readily visible to the naked eye and has been known for millennia as slowest-moving “wandering star”. . La gamme de thé MORPHEE vise toute générations recherchant le sommeil paisible tant désiré et non procuré par tout types de médicaments. Essentiellement composé de feuille de morphine, ce thé vous assurera d’un rétablissement digne d’un voyage sur . W. S. Kurth. 1. , D. A. Gurnett. 1. , T. F. Averkamp. 1. , R. Bostrom. 2. , P. Canu. 3. , B. Cecconi. 4. , N. Cornilleau-Wehrlin. 3. , W. M. Farrell. 5. , G. Fischer. 6. , P. Galopeau. Lockheed Martin. Jupiter. galileo. Image credit: NASA/JPL-Caltech. Distance From Sun:. 483 Million Miles . Average Temp: -166. o. F. Diameter: 88,000 miles. Orbital Period: 12 years. Moons: . Titan is a moon of Saturn, most recently explored by the Cassini/Huygens probes. Titan is of huge interest to scientists, as the conditions in its atmosphere and on its surface bear a striking similarity to those of early Earth. It is thought that there is a realistic possibility that forms of primitive life could develop – or may already have developed – on the surface or in the oceans of Titan. As a result, there are plans to send further probes to Titan in order to further explore the conditions on its surface and in its oceans. The theme of Saturn\'s Moon Titan Owners\' Workshop Manual is how Titan works \'as a planet\', with an emphasis on illustrating the features and processes of Titan – where the conditions and materials can be exotic – with familiar analogues from the Earth or other planets. The book includes numerous images from the field, the air and satellites to show comparable features on Earth or other planets. The final chapter discusses Titan in practical terms as an environment for humans in the future, bringing the place \'to life\' (somewhat in a science fiction style, but grounded in fact). Images of geographical and geological features on Earth will be used to illustrate the parallels with Titan, and the book will take a look at some of the innovative ideas for scientific probes – including airships, landers, a submarine and drone – being looked at to further explore Titan on future missions. The author was closely involved with the Cassini/Huygens project, which explored Titan during its mission to Saturn, and has also played a major role in the definition of a range of US and European concepts for future missions to Titan. He is currently working on a design study adopted by NASA for a quadcopter probe named \'Dragonfly\', which it is hoped will be developed to explore Titan.