double star systems do have things they do right?
86421
Life? Not impossible. But not anything we would recognize. Radiation would be lethal for us.
717111
No.\n\nGalaxies are groups of stars and planetary systems.\n\nA single sun (even ours) is not powerful enough to have a galaxy rotate around it (gravitationally speaking).\n\nDoesn't work that way.  We move around inside the galaxy, not the galaxy around us.
252133
Powers that "run together" or occur at the same time.
23778
In boolean logic:  ditto above\nIn astronomy:   2 stars revolving around each other\nIn chemistry: a molecule with only 2 kinds of atoms\nIn military: a weapon system with 2 components, like nerve gas\n\netc, etc...
933495
Binary systems can and do have planets orbiting (25% of all known extra solar planetary systems are around binary or multiple star systems). Some systems in which the stars are close to eachither have the planets orbiting both stars, some systems have planets orbiting only one star in the system. Many planets in binary systems have highly eccentric orbits (like comets), are widley seperated from the star (600-2500 AU, the habitable zone around solar type stars is 3 AU). \nHabitability depends on so many things that it's really hard to say for sure if any exist but it is certainly possible.
321257
We do this all the time today.  We have many times looked into the heart of a planetary nebula (leftover from the death of a low mass star) or a supernova remnant (leftover from the death of a high mass star) to see the small compact objects left over after the star has died.\n\nIn the case of a low mass stars we see many white dwarf stars, and for the high mass case we see neutron stars.  A good example is the pulsar we have seen in the Crab nebula, or the white dwarf at the heart of the Ring nebula.
674022
No! Recent re-investigations of the binary system DI Herculis indicates that a third stellar component may be present. A third, very faint star would account for the earlier noted discrepancies between GR and actual observations.
530780
Yes,especially when you get one of those double pumpers,if you know what I mean!
508585
There have been many systems identified, some with multiple planets and a few with asteroid belts. The problem is that they are mostly discovered by measuring the minute movements of the star caused by gravitational influences of nearby orbiting objects, so most of the discoveries to date have been systems with relatively large planets (many times larger than our Jupiter) and quite close to the star so that the movement is more easily detected. Recently however, there have been more sensitive sensor arrays which have been able to resolve more "normal" configurations using sophisticated imagery, so there is hope for discoveries of systems more similar to our own in the near future. In any event, given the tremendous distances involved, the resolution of optical telescopes available in the foreseeable future would pretty much preclude any traditional photograph of such a system if it were to be found. There have been some rather blurry computer images generated from these other imaging systems, but I'd hardly call them photographs. Try monitoring <space.com>
685084
You can try to count the stars, but there are as many stars in the Universe as there are grains of sand on the beach.  It would be a very difficult task and take millions of lifetimes to complete.  Sorry.
321763
the system of a star called sun is is called Solar system.....\nall the systems of stars with planets around them are not solar systems.\nSolar system is name of our sun planets system
1141945
which ones? there are quite a few built in system ones then you can also make your own. are you looking for examples?
1008903
yes, the sun is a good example
448439
T Tauri stars have bipolar outflows, to the best of my knowledge.  They form Herbig-Haro Objects when the collide with slower matter from the interstellar medium.  They might not always show up with T Tauri stars because of nearby nebula, but my astronomy professor (James Kaler, UIUC) assures me that they are there.\n\nIf you're talking about mass outflows that the T Tauri stars outputs in addition to the bipolar flows, then I'm sure Doppler shifting can be used.  The speeds for the regular outflows should be pretty similar to that of the T Tauri itself, whereas the bipolar flows (depending on orientation to earth, of course) should be much higher.  I hope this helped!
57666
If two bodies (stars, black holes, anything) get close enough to be gravitationally bound they will develop some sort of orbit in which the two bodies circle each other. \n\n\nEinstein's theory of General Relativity predicts that when two very massive objects(like Black Holes and Neutron Stars) are caught in an orbit like this they will generate Gravitational Waves (Ripples in Space-Time). These Gravitational Waves carry energy away from the orbiting bodies which means that with each successive revolution they get closer to each other. Eventually the orbit gets so small that the two bodies merge. \n\n\nThe merger of two black holes entails a lot of complicated General Relativity and some non-intuitive physics, but theorists use large supercomputers to simulate such events. There are two primary results to these mergers of which we can be sure of: \n\n1. A single, more massive black hole \n\n2. An extremely powerful burst of gravitational waves \n\n\nThere are currently projects like LIGO which will attempt to directly detect the disturbances in space time caused by gravitational waves. They primarily expect to "see" the results of neutron star and black hole binary mergers. \n\n\nThere was also a recent discovery of a black hole merger in a distant galaxy though this was discovered by observing the jet streams caused by the black holes. You should note that those results are still preliminary and unconfirmed.
354510
By stars, you mean women, and by telescope, you mean co-ck right?\n\nAnd yes.
818196
caus they hv fixed orbits n they kind of follow trafic rules!\nlol!!!!!!!!!!!!!!!!!!!