I'm re-reading Douglas Adams while we are in Numbers (Bamidbar).Watch out for those thinkie thoughts.It seems quite obvious to me that the convergence of the parallel universes, the alternate dimensions and the continuum is starting. There are a lot of Mercury energy manifestations during this month. Communication tends to get muddled. Interesting.I've been looking for the night sky map.Found it. So I'll be posting skymaps. I just wanted to be sure that it was Jupiter I've been seeing. I can also see Mars dimly. I'm very attuned to seeing Mars. And there is something else that is glowing yellowish up there. I love to look up at the night sky.http://www.nightskyinfo.com/The Night Sky This Week
June 5 - 11, 2006
The Planets
MercuryMercury is only a few degrees high 20 to 30 minutes after sunset, and even though it shines at magnitude -0.5 it will probably require optical aid to be spotted.
Binoculars will help you find it, and a telescope will show the planet's 6 arcseconds-wide disk, 65-percent illuminated.
Mercury never strays far from the Sun in the sky because its orbit lies entirely inside Earth's orbit.
The best time to look at the planet is when it is at or near maximum elongation (meaning that it is as far from the Sun as it ever gets) and when the ecliptic is most nearly vertical with respect to Earth's horizon.
Maximum elongations happen quite often with Mercury because it travels around the Sun so fast, but ideal observing conditions are rare.
The next greatest elongation of Mercury will occur on June 20th, when the planet will be 24.9 degrees east from the Sun.
However, this will not be a favorable apparition and the planet will stay pretty close to the horizon all month.
Finder map - 9 P.M. local daylight time, looking west.
Venus{Venus is the Morning Star now. I only see her when she's the Evening Star. Not up that early these days, although I will get up to see her now that I know :) }Venus is visible in the early morning, about 15 degrees above the eastern horizon.
It shines brightly at magnitude -3.8, so you won't need any optical aid to admire the yellow-white planet.
If you do have a telescope, wait until sunrise or a little after to take a look; before then Venus's disk is nearly dazzling against the darker sky.
What you will see in the eyepiece is a barley out-of-round dot of dazzling light, only 14 arcseconds in diameter. But what other kind of telescopic observations of Venus can be made?Unfortunately, almost none. The planet is completely veiled by clouds, and in fact this is why Venus appears so bright. Its dense cloud layer reflects most of the sunlight shining down on the planet, making it impossible for any surface details to be seen.
Finder map - 5 A.M. local daylight time, looking east.
MarsThe "red planet" (really orange-gold) appears quite low in the west as soon as it becomes dark.
{Yes}It glows dimly at magnitude 1.7, almost three times fainter than Saturn, close to its upper left.
{Ah}Don't expect much from Mars in your telescope, the planet's disk is less than 5 arcseconds wide, too small to show features in most instruments. A medium-size to large telescope wit top-quality optics, a night of excellent atmospheric seeing, and lots of time at the eyepiece are the keys to making out some detail on the planet.
Look out for dark surface markings, the "maria" and "terrae" named by great early Mars observers such as Giovanni Schiaparelli. The most prominent of these markings is Syrtis Major, an ancient basaltic region which extends some 1,500 kilometers north from the planet's equator and spans 1,000 kilometers from west to east.
Finder map - 10 P.M. local daylight time, looking west.
Jupiter{Yuppers, Jupiter has been Brilliant}Brilliant Jupiter rises a little before 6 P.M. local daylight time, and by 11 P.M. it is high enough for excellent telescopic views.
At magnitude -2.4 it is the brightest point of light in the sky and you should have no trouble in locating it, some 40 degrees above the southern horizon.
Jupiter's disk is the most generous that a planet's can be: fully illuminated, almost 45 arcseconds wide, and - when observed high in a sky on a steady night with a good scope - decorated with numerous bands and other intricate details. From mid-northern latitudes you can even watch one full rotation of the planet, with the cloud features of every longitude displayed, during a single night.
Finder map - 11 P.M. local daylight time, looking south.
Click the link to see more. Fabulous website......Trying to keep my head on straight. Reading Douglas Adams helps me to do that. I had to read "The Long Dark Tea Time of the Soul", found it was one of the books that got ruined. Had "Dirk Gently's Holistic Detective Agency on the bookshelf. Just finished that one. Eddies sofa is in there. I'd forgotten. Dirk Gently believes in the fundamental interconnectdness of all things. Dirk Gently knows that the quantum world is more real than reality. So do I. :D Now I'm reading "The Long Dark Tea Time of the Soul". Its the Thor thing. Don't ask......Speaking of Space, http://news.bbc.co.uk/2/hi/science/nature/5051706.stmMini-planet systems get stranger Mini planetary systems may orbit cosmic objects that are 100 times smaller than our Sun, research suggests.
Discs of gas and dust, the ingredients needed to create such systems, have been seen circling these relatively small objects, dubbed "planemos".
If the discs were capable of evolving larger aggregations of material, it would blur the definition of the word "planet", scientists said.
The work was presented at the American Astronomical Society meeting in Canada.
Cosmic newborns
The study is based on observations from European Southern Observatory (ESO) telescopes. It looked at a number of recently identified planemos (an unofficial term sometimes used to describe planetary mass objects).
Located about 450 light-years away in a star-forming region, four of the objects are just a few million years old, making them cosmic "newborns". They have masses between five and 15 times that of Jupiter.
But unlike Jupiter, these objects are floating through space without an accompanying star.
Infrared emission reveals the planemos are circled by dusty discs, which scientists believe could evolve into planets, comets and asteroids over time, in much the same way our own Solar System's planets are believed to have formed billions of years ago.
"Now that we know of these planetary mass objects with their own little infant planetary systems, the definition of the word 'planet' has blurred even more," said astronomer Ray Jayawardhana, from the University of Toronto, Canada, and lead author of the study.
"In a way, the new discoveries are not too surprising - after all, Jupiter must have been born with its own disc, out of which its bigger moons formed."
Beyond imagination
In separate study, researchers revealed that a companion body to a young brown dwarf (a failed star), designated 2M1207 and located 170 light-years away, was also surrounded by a disc.
Scientists had already detected a disc around the brown dwarf, but the new results suggest smaller planets or asteroids could also form in the material circling the planetary companion as well.
This planetary mass companion - it is about eight times the size of our Jupiter - was the first-ever exoplanet to have been imaged directly by a telescope.
"The pair probably formed together, like a petite stellar binary," explained lead author Subhanjoy Mohanty from the Harvard-Smithsonian Center for Astrophysics, "instead of the companion forming in the disc around the brown dwarf, like a star-planet system."
Professor Jayawardhana, who also worked on the study, added: "The diversity of worlds out there is truly remarkable. Nature often seems more prolific than our imagination."
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Peace
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