can we able to find the another solar system? if you know how, plz specify... have any plan???
403616
yes we can, and actually astronomers have been working on it for the last 15 years or so, the problem is that there is no telescope currently powerful enough to directly see any planets orbiting other stars, the most common problem is that what little light is reflected by the planet gets easily lost in the glare of the stares light, so the only way that we can find out weather or not a star has planets orbiting around it, is by looking at the influence the planet has on the star, like causing it to wobble, this is because as a planet orbits around a star, it causes the star to slightly wobble with the orbit of the planet, and it is that slight wobble by which astronomers can estimate the mass and speed of rotation and many other details about the planet.\n\nnow if you are asking this to find out if there's any life out there, i would suggest reading this book called "Faint Echoes, Distant Stars" it will open up a whole new world of possibilities to you, here is a link to it\nhttp://search.barnesandnoble.com/booksearch/isbnInquiry.asp?z=y&isbn=0060750995&itm=4
153974
A 10th planet has recently been found in our Solar System. It's designation right now is UB313. Check out the following website for more information:\n\nhttp://channels.isp.netscape.com/news/story.jsp?idq=/ff/story/0001/20060201/1301968801.htm&ewp=ewp_news_0106planet&floc=NI-slot1a
312310
Is there such a thing as close by planets?\nWith all that we see in the night sky, not just stars but galaxies as well, what are the chances that we are alone in the universe?\nThere has to be intelligent life out there. We are all just too far from reach of each other. And most likely, other intelligence would be like us and send probes. Living beings could not survive the long travel, space probes could.
802894
It is indeed possible...I'm just not sure on what planet.
181678
its probably half way to pluto by now. you could write the plutonians and ask them to email it back to you, this may take a few days though.
1150897
Do one of our solar system and its relative distance from our sun
429749
With the nearly infinite number of stars out there, it is reasonable to expect that life has developed on another planet. However, we won't know for sure until we actually encounter that lifeform, and that may be a long way off.
1064407
Well... they are still finding as time goes on... If you are really intersted in the planets.. look at this first one which is OUR system(solar) only... the second one is beyond.. both VERY interesting:\n\nhttp://www.solarviews.com/eng/solarsys.htm\n\nskyandtelescope.com/observing\n\nhubblesite.org\n\nHope you can find some answers... at any rates, the three above sites are GREAT !!
530869
If you mean our Solar system (there's other suns with planets revolving around them) then our Solar System is in our Galaxy...The Milky Way.
364063
Chances are, yes.\n\n90% of all solar systems are not in a circle so they can not support life.  Of the 10% that are left what are the odds that another planet is moving around a sun where it's not to hot or too cold. Even in our own little solar system there is only one.\n\nSo, if there is life elsewhere, we will never meet them.
1052164
Ask those living in other planets!
6069
You can find the Kuiper Belt beyond Neptune :P\nat a distance of 50 AU from the SUN.
186825
Yes there are nine in our solar system, and as someone else mentioned Pluto is not really meeting the requirements to be defined as a planet. But the problem is rewriting the history books which won't happen so they will leave it as a planet... a "historical planet".\n\nIf we are talking about all known planets we have discovered, there are many. Extra solar planets have been found around distant stars for several years now. Not actually seen but found by measuring that planets gravitational pull on it's star. Of course we can't get an accurate count of all planets in the universe but we can use the "Drake Equation" to get a good idea.\n\nThe Drake Equation is:\n\nN = N* fp ne fl fi fc fL\n\nN* represents the number of stars in the Milky Way Galaxy \nAnswer: Current estimates are 100 billion.\n \nfp is the fraction of stars that have planets around them \nAnswer: Current estimates range from 20% to 50%.\n\nForget about the rest of the equation because it doesn't apply (looking for intelligent life)\nKeep in mind this equation is for our galaxy. They estimate 100 billion Galaxy's in our Universe (not to mention other planets that exist in other dimensions that we have discovered as a result of trying to solve the "unified theory" of everything) so…\n\nYou do the math!!!
1126057
We're still working on trying to find planets, and so far are up to about 100 for sure. Finding moons around those planets is something that's currently beyond us, but it's likely that many of them do have moons. In a galaxcy our size, there could easily be trillions of planets with trillions of moons, but we have no way to know at present.
51464
Yes, the general consensus appears to be that another planet has been found, which is currently designated 2003 UB313, it is about 2,800km across - a world of rock and ice and somewhat larger than Pluto. Scientists say it is three times as far away as Pluto, in an orbit at an angle to the orbits of the main planets. \n\nThough it should also be understood that the scientific community are also considering a redefinition of planet, which might reclassify not only this new 10th planet and Pluto has not being planets.
1006929
Seriously, this is funny. Anyhow, there is absolutely no way of knowing how many planets exist in the entire universe as the universe as we know it is far to huge for any of our technology to fully explore. \n\nAnyhow, please stick with the topic. This has absolutely NOTHING to do with computers.\n\nThanks!
26117
Since there is no planet UMO in our solar system, I assume you are referring to a planet outside of our solar system.  \n\nScientists have discovered extrasolar planets,[1] but all of the planets we discovered are so far away, that even if we had sent a electronic signal to them the day we discovered one, since such signals move at the speed of light, our signal to them would not yet have arrived.[2]  Therefore, regardless of the name of the planets we have discovered, the limits imposed by the finite speed of light preclude the possibility of any ongoing communication with the planets (or more precisely, with any possible intelligent life that might inhabit them).\n\nIn short, no, there isn't.