Real, solid evidence of two suns **Binary Star Theory** (NOT Nibiru!) | |
Anonymous Coward (OP) User ID: 16970507 United States 07/04/2012 03:41 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward (OP) User ID: 16970507 United States 07/04/2012 04:05 AM Report Abusive Post Report Copyright Violation | |
Hydra User ID: 19074343 Germany 07/04/2012 04:32 AM Report Abusive Post Report Copyright Violation | Interesting video that talks about the possibility we do indeed have two suns. This isn't discussing ridiculous stuff about Nibiru, however, or another sun hiding somewhere in our solar system, but instead the very real possibility that we may be orbiting around the star Sirius in a 26,000 year elliptical orbit. Quoting: Anonymous Coward 16970507 Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. Conclusion 3: This video is absolute Thus from me also 1 star . :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Anonymous Coward User ID: 19048689 Australia 07/04/2012 04:39 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 19102526 Australia 07/04/2012 05:34 AM Report Abusive Post Report Copyright Violation | I haven't looked at the video due to bandwidth issues, but if you're interested in this you should check out the Binary Research Institute site; [link to www.binaryresearchinstitute.org] The precession of the Equinox and other things are BEST explained if we were part of a double star system. BTW most stars are part of such a system. |
Anonymous Coward User ID: 19102526 Australia 07/04/2012 05:45 AM Report Abusive Post Report Copyright Violation | Interesting video that talks about the possibility we do indeed have two suns. This isn't discussing ridiculous stuff about Nibiru, however, or another sun hiding somewhere in our solar system, but instead the very real possibility that we may be orbiting around the star Sirius in a 26,000 year elliptical orbit. Quoting: Anonymous Coward 16970507 Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. Conclusion 3: This video is absolute Thus from me also 1 star . Great post except for one teensy thing.....it's wrong. Well the escape velocity for the galaxy is wrong. Should be more like minimum of 525 km/s. [link to adsabs.harvard.edu] |
Anonymous Coward User ID: 18666017 New Zealand 07/04/2012 05:47 AM Report Abusive Post Report Copyright Violation | |
Bunnyuk User ID: 1348141 United Kingdom 07/04/2012 05:50 AM Report Abusive Post Report Copyright Violation | I haven't looked at the video due to bandwidth issues, but if you're interested in this you should check out the Binary Research Institute site; Quoting: Anonymous Coward 19102526 [link to www.binaryresearchinstitute.org] The precession of the Equinox and other things are BEST explained if we were part of a double star system. BTW most stars are part of such a system. NO they are not! 1/3 of known systems are binary. |
Anonymous Coward User ID: 1553802 Turkey 07/04/2012 05:54 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 19077125 Australia 07/04/2012 05:55 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 1395091 Australia 07/04/2012 05:56 AM Report Abusive Post Report Copyright Violation | |
Anonymous Coward User ID: 19102526 Australia 07/04/2012 06:10 AM Report Abusive Post Report Copyright Violation | I haven't looked at the video due to bandwidth issues, but if you're interested in this you should check out the Binary Research Institute site; Quoting: Anonymous Coward 19102526 [link to www.binaryresearchinstitute.org] The precession of the Equinox and other things are BEST explained if we were part of a double star system. BTW most stars are part of such a system. NO they are not! 1/3 of known systems are binary. Well if wikipedia says so then it must be true, right? [link to www.universetoday.com] "majority of the stars in the universe come in pairs" [link to www.novacelestia.com] "The majority of stars are not single stars, they come in pairs of two or more stars" [link to csep10.phys.utk.edu] "The observational evidence is that most stars are parts of multiple star systems, not single stars like our Sun. " |
Hydra User ID: 19074343 Germany 07/04/2012 07:22 AM Report Abusive Post Report Copyright Violation | Interesting video that talks about the possibility we do indeed have two suns. This isn't discussing ridiculous stuff about Nibiru, however, or another sun hiding somewhere in our solar system, but instead the very real possibility that we may be orbiting around the star Sirius in a 26,000 year elliptical orbit. Quoting: Anonymous Coward 16970507 Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. Conclusion 3: This video is absolute BS Great post except for one teensy thing.....it's wrong. Well the escape velocity for the galaxy is wrong. Should be more like minimum of 525 km/s. [link to adsabs.harvard.edu] The most recent estimates give 551 km/s for the escape velocity at Sol distance from the center of the Galaxy. The orbital velocity of the Sun around the center of the Milky Way Galaxy about 220 km/s. Galactic escape velocity: 551 km/s - 220 km/s = 331 km/s And this calculation is for a circular orbit. An eliptical orbit, as OP said, even with a moderate excentrity, would give a much higher velocity at periapsis (regarding the barycenter of the hypothetical system). . Last Edited by Hydra on 07/04/2012 07:38 AM :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Hydra User ID: 19074343 Germany 07/04/2012 07:37 AM Report Abusive Post Report Copyright Violation | Well if wikipedia says so then it must be true, right? [link to www.universetoday.com] "majority of the stars in the universe come in pairs" [link to www.novacelestia.com] "The majority of stars are not single stars, they come in pairs of two or more stars" [link to csep10.phys.utk.edu] "The observational evidence is that most stars are parts of multiple star systems, not single stars like our Sun. " "Common wisdom among astronomers holds that most star systems in the Milky Way are multiple, consisting of two or more stars in orbit around each other. Common wisdom is wrong..." [link to www.cfa.harvard.edu] . :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Anonymous Coward User ID: 19102526 Australia 07/04/2012 11:41 AM Report Abusive Post Report Copyright Violation | Interesting video that talks about the possibility we do indeed have two suns. This isn't discussing ridiculous stuff about Nibiru, however, or another sun hiding somewhere in our solar system, but instead the very real possibility that we may be orbiting around the star Sirius in a 26,000 year elliptical orbit. Quoting: Anonymous Coward 16970507 Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. Conclusion 3: This video is absolute BS Great post except for one teensy thing.....it's wrong. Well the escape velocity for the galaxy is wrong. Should be more like minimum of 525 km/s. [link to adsabs.harvard.edu] The most recent estimates give 551 km/s for the escape velocity at Sol distance from the center of the Galaxy. The orbital velocity of the Sun around the center of the Milky Way Galaxy about 220 km/s. Galactic escape velocity: 551 km/s - 220 km/s = 331 km/s And this calculation is for a circular orbit. An eliptical orbit, as OP said, even with a moderate excentrity, would give a much higher velocity at periapsis (regarding the barycenter of the hypothetical system). . This would only be true if; 1)The relative motions were in the same direction, which we don't know to be the case. and 2)We weren't talking about a binary system. The reason being that in this case the sun is gravitationally bound by it's companion as well as by the galaxy, so there is an additional escape velocity to be considered. Which we also don't know. |
Anonymous Coward User ID: 11868671 United States 07/04/2012 11:54 AM Report Abusive Post Report Copyright Violation | Lost Star of Myth and Time weaves together some of the latest archaeological evidence with cutting-edge astronomy to reveal a history of the world that finally fits with myth, folklore and the archaeological record. While this book explores some of the most interesting aspects of a once advanced civilization that covered the Earth, it is really about what happens to the Earth and consciousness as our solar system moves through space in the mysterious motion known as the "precession of the equinox". This astronomical phenomenon has since Newton been attributed to local gravitational forces wobbling the Earth s axis. Lost Star now shows us in no uncertain terms that the Earth s axis does not change orientation relative to objects inside the solar system at the same rate that it changes orientation to objects outside the solar system, meaning precession must be due to our Sun s binary motion around another star. Chapter by chapter it becomes clear that ancient cultures knew of precession, used it as the clock of the ages, understood it to be due to the solar system s motion through space, and realized this subjects the Earth to a cycle of waxing and waning stellar influences. It is these forces that affect our magnetosphere, ionosphere and indirectly create the larger seasons of the Great Year. As you will see this not only gives cause for a major rethink of human history and potential, but indicates we are approaching a tipping point in the awakening of consciousness. [link to www.amazon.com] |
Anonymous Coward User ID: 19102526 Australia 07/04/2012 12:22 PM Report Abusive Post Report Copyright Violation | Well if wikipedia says so then it must be true, right? [link to www.universetoday.com] "majority of the stars in the universe come in pairs" [link to www.novacelestia.com] "The majority of stars are not single stars, they come in pairs of two or more stars" [link to csep10.phys.utk.edu] "The observational evidence is that most stars are parts of multiple star systems, not single stars like our Sun. " "Common wisdom among astronomers holds that most star systems in the Milky Way are multiple, consisting of two or more stars in orbit around each other. Common wisdom is wrong..." [link to www.cfa.harvard.edu] . The article in question from 2006 states that about 85% of the stars in the galaxy are Red dwarfs. In 2006 maybe that was a fair estimate but now it's not because we no longer actually know how many stars there are. It doesn't mention Brown dwarfs at all, let alone sub Brown dwarfs. It is completely unknown how many Brown dwarfs or sub Brown dwarfs there are and they could be orbiting those Red dwarfs for all we know. What's the difference between sub Brown dwarfs and the large planets that are being regularly discovered lately? Can we detect the difference? There are many more unknowns now than there were in 2006. The gist of the article may well be turn out to be true but in light of recent discoveries it's no longer certain. |
Hydra User ID: 19074343 Germany 07/04/2012 01:36 PM Report Abusive Post Report Copyright Violation | ... Quoting: Hydra Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. ... Great post except for one teensy thing.....it's wrong. Well the escape velocity for the galaxy is wrong. Should be more like minimum of 525 km/s. [link to adsabs.harvard.edu] The most recent estimates give 551 km/s for the escape velocity at Sol distance from the center of the Galaxy. The orbital velocity of the Sun around the center of the Milky Way Galaxy about 220 km/s. Galactic escape velocity: 551 km/s - 220 km/s = 331 km/s And this calculation is for a circular orbit. An eliptical orbit, as OP said, even with a moderate eccentricity, would give a much higher velocity at periapsis (regarding the barycenter of the hypothetical system). This would only be true if; 1)The relative motions were in the same direction, which we don't know to be the case. and 2)We weren't talking about a binary system. The reason being that in this case the sun is gravitationally bound by it's companion as well as by the galaxy, so there is an additional escape velocity to be considered. Which we also don't know. As I said before: The calculation is for a circular orbit. An eliptical orbit, as OP said, even with a moderate eccentricity, would give a much higher velocity at periapsis, that easily exceeds the galactic escape velocity. This would only be true if; Quoting: Anonymous Coward 19102526 1)The relative motions were in the same direction, which we don't know to be the case. It does not matter. Even if you start the orbit agains the rotation of the galactic - the second part of the Sols orbit is with the galactic rotation - and Bye! 2)We weren't talking about a binary system. The reason being that in this case the sun is gravitationally bound by it's companion as well as by the galaxy, so there is an additional escape velocity to be considered. Which we also don't know. Quoting: Anonymous Coward 19102526 The escape velocity is dependent on the distance. E.g. at the surface of the Sun Ve = 617.5 km/s, at Earth distance you need 42,1 km/s to leave the solar system. At a distance Sirius - Sol of 8.6 Ly it is negligible. . :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Hydra User ID: 19074343 Germany 07/04/2012 01:37 PM Report Abusive Post Report Copyright Violation | "Common wisdom among astronomers holds that most star systems in the Milky Way are multiple, consisting of two or more stars in orbit around each other. Common wisdom is wrong..." Quoting: Hydra [link to www.cfa.harvard.edu] The article in question from 2006 states that about 85% of the stars in the galaxy are Red dwarfs. In 2006 maybe that was a fair estimate but now it's not because we no longer actually know how many stars there are. It doesn't mention Brown dwarfs at all, let alone sub Brown dwarfs. It is completely unknown how many Brown dwarfs or sub Brown dwarfs there are and they could be orbiting those Red dwarfs for all we know. What's the difference between sub Brown dwarfs and the large planets that are being regularly discovered lately? Can we detect the difference? There are many more unknowns now than there were in 2006. The gist of the article may well be turn out to be true but in light of recent discoveries it's no longer certain. You just shoot yourself in the foot. According to your statement I could easyly claim there are only 5% binaries. Why? Because: . :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Anonymous Coward (OP) User ID: 16970507 United States 07/04/2012 03:19 PM Report Abusive Post Report Copyright Violation | [link to www.binaryresearchinstitute.org] |
Hydra User ID: 19074343 Germany 07/04/2012 04:11 PM Report Abusive Post Report Copyright Violation | "... It is the goal of the Binary Research Institute to present evidence for this theory [that the Sun is part of a binary star system] ..." That means they set an objective and try to find supportive evidence (much like the Nibidiots or creationists). That's not science, where the conclusions follow from the evidence. And, none of the papers from the Binary Research Institute or Walter Cruttenden have been published in peer-reviewed astronomy journals. BTW - the BRI hangs on to Browns theory of a possible brown dwarf around the Ooorts Cloud - not Sirius. . :ase26122019: Annular Solar Eclipse - December 26, 2019 - Kannur, Kerala, India |
Anonymous Coward User ID: 19133884 Brazil 07/04/2012 04:41 PM Report Abusive Post Report Copyright Violation | Interesting video that talks about the possibility we do indeed have two suns. This isn't discussing ridiculous stuff about Nibiru, however, or another sun hiding somewhere in our solar system, but instead the very real possibility that we may be orbiting around the star Sirius in a 26,000 year elliptical orbit. Quoting: Anonymous Coward 16970507 Let's do some math (approx. numbers - lets say +/- 10%): Distance Sol - Sirius: 8.6 Lightyears = 81.7 trillion km (US) (Rest of the world = 81.7 billion km) Mass Sirius A + Sirius B = 3 M-Sol Distance Sol to barycenter = 61.3 trillion km (US) (Rest of the world = 61.3 billion km) Lets assume a cicular orbit around the barycenter (at best - velocity in an elliptical orbit would be even higher) Perimeter of orbit Sol = 385 trillion km (US) (Rest of the world = 385 billion km) Assumed orbital periode of Sol around the barycenter: 26,000 years Distance covered by Sol in 26,000 Years = 385 trillion km (US) (Rest of the world = 385 billion km) Distance covered by Sol in 1 Years = 14.8 billion km (US) (Rest of the world = 14.8 milliard km) Distance covered by Sol in 1 day = 40.569.215 million km Distance covered by Sol in 1 hour = 1.7 million km Distance covered by Sol in 1 minute = 28,173 km Distance covered by Sol in 1 second = 469 km Velocity of Sol around the barycenter of Sol - Sirius: 469 km/sec Escape velocity for the Milky Way Galaxy: 320 km/s Conclusion 1: During its first orbit around Sirius the solar system would have been catapulted out of the Milky Way Galaxy. Conclusion 2: Sol is not in a binary system with Sirius. Conclusion 3: This video is absolute Thus from me also 1 star . Heal hidra! Me too, also 1 stat. |
Anonymous Coward (OP) User ID: 16970507 United States 07/04/2012 07:17 PM Report Abusive Post Report Copyright Violation | I'm not saying it's conclusive, simply that it's a pretty fascinating possibility. I saw an interview with Walter Cruttenden several years ago in which he had proposed that it might be Sirius. So, I guess they've dropped that, thanks for the correction. |