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Originally posted by jeichelberg
reply to post by luxordelphi
I never said anything was in the solar system. But speaking of the solar system, Uranus, Neptune and Pluto are in the solar system and can't be seen with the naked eye. Mercury is in the solar system and yet is only intermittantly viewable because of the glare of the sun. All the planets in the solar system travel behind the sun at some point and are not viewable.
When I said visible, I included the use of telescopes...and of course, there are times when things are not visible...anything behind the Sun would be invisible...
But the object in the stills you presented (and shot with a camera) would be visible to the naked eye...Have you come to some sort of connection between the still photos you presented in the OP and the presence of telescopes on the South Pole? If so, would you share that connection/conclusion/hypothesis?
Originally posted by luxordelphi
If our sun has a binary, and with recent discoveries that seems more and more likely,
Originally posted by Aloysius the Gaul
Originally posted by luxordelphi
If our sun has a binary, and with recent discoveries that seems more and more likely,
what discoveries are those?
I grabbed my sunglasses and had a look through my canon digital SLR camera, and well I couldn’t believe it! I could see a perfectly circular object, slightly red in colour compared to the sun. I couldn’t fully believe what I was seeing so called my partner to confirm what I was seeing. He too saw it.
Discoveries that binaries and trinaries are perhaps the norm instead of the exception.
iopscience.iop.org...
This comparison indicates that most stellar systems formed in the Galaxy are likely single and not binary, as has been often asserted. Indeed, in the current epoch two-thirds of all main-sequence stellar systems in the Galactic disk are composed of single stars.
journals.cambridge.org...
We consider the multiplicity of stellar systems with (combined) magnitude brighter than 6.00 in Hipparcos magnitudes. We identify 4555 such bright systems, and the frequencies of multiplicities 1, 2, . . . , 7 are found to be 2722, 1412, 299, 86, 22, 12 and 2.
www.redorbit.com...
Combined with the fact that about 85 percent of all stars that exist in the Milky Way are red dwarfs, the inescapable conclusion is that upwards of two-thirds of all star systems in the Galaxy consist of single, red dwarf stars.
Originally posted by Aloysius the Gaul
reply to post by luxordelphi
So not actual evidence that there is a multiple component to our sun - just that multiples are more common than we had thought?
That doesn't actually make our sun "more likely" to be a multiple - it just means as a single it is a type that is less common than we had thought.edit on 7-12-2011 by Aloysius the Gaul because: (no reason given)
Originally posted by Aloysius the Gaul
There are no such effects AFAIK - so there is no "chance" that our solar system has a binary sun.
Astronomers have long known that massive, bright stars, including stars like the sun, are most often found to be in multiple star systems. This fact led to the notion that most stars in the universe are multiples.
However, more recent studies targeted at low-mass stars have found that these fainter objects rarely occur in multiple systems. Astronomers have known for some time that such low-mass stars, also known as red dwarfs or M stars, are considerably more abundant in space than high-mass stars.
Among very massive stars, known as O- and B-type stars, 80 percent of the systems are thought to be multiple, but these very bright stars are exceedingly rare. Slightly more than half of all the fainter, sun-like stars are multiples. However, only about 25 percent of red dwarf stars have companions.
Well, binary star systems are not really only in Star Wars, they’re quite common throughout the galaxy, but as it turns out, trinary systems might not be that rare either.
The red giant in case is orbited by two smaller, red dwarf stars that also orbit each other, and astroseismologists are baffled by it.
Astronomers have discovered that small faint red dwarf stars in the universe has many more than previously thought, which means that the total number of stars is almost three times higher than previously estimated.
Therefore, these stars emit mostly infrared light.
Though the number of extrasolar planets continued to grow over the years, exoplanet researchers were sceptical about existence of planets around multiple star systems since it was suspected that if the stars are not sufficiently farther apart, the constantly varying gravitational force would eventually tug the planet out of orbit. However, recent discoveries of planets in such star systems have proven this hypothesis otherwise.
Planetary scientists last week announced the discovery of a new planet in the HD 132563 trinary star system in the constellation Auriga after a 10-year long study of the system which also made several other discoveries.
The main star of the system called HD 132563A is itself a binary star making it a trinary star system.
This discovery brings the total number of planets discovered in multiple star systems to eight. Though the number is small, it seems planets can be commonly found orbiting around more remote members of trinary star systems for good periods of time.
The team has suggested that based on these eight discoveries, it is possible that the occurrence of planets on remote members of multiple star systems may be just as common as planets around wide binaries or even single stars.
Once again, it seems that whatever the imagination of human beings can create, the Universe will match it. Remember the suns of Tatooine, the home planet of Luke Skywalker from "Star Wars"? Well, it seems that something similar really exists out there, and a scientist from Earth has discovered it.
The close proximity of stars to each other upon formation clearly involves a high probability for gravitational binding, assuming that astral formations aren't directly driven by binary interactions (which could very well be the case). Intellectually this establishes the basis for a dual-star interaction within our Solar System. It is generally presumed that the Sun is a unique exception to this commonly observed phenomenon, however, observational evidence suggests that the Sun is moving in a defined orbit around a companion system of stars.
Is the idea of a solar companion to our Sun unprecedented? Not at all, in fact there have been numerous scientific publications examining the evidence for a "dark star", literally speaking, to which our Sun could be gravitationally bound in a definite orbit [3]. This alternate dark star is known as Nemesis, and its proposition comes primarily from observed perturbations of orbiting objects such as the planet-sized Kuiper belt object named Sedna
Originally posted by luxordelphi
reply to post by Aloysius the Gaul
Thank you for explaining that. I see. The planets of the solar system, including earth, have been afflicted with global warming. This is an effect.
There is a list of four outstanding anomalies and Planet X is sought as an explanation to at least one.
These are effects. Effects are related to distance and mass. Meaning how strong or weak the effects are. Looking for a binary is a perfectly acceptable pursuit in order to explain effects.
www.viewzone.com...
The close proximity of stars to each other upon formation clearly involves a high probability for gravitational binding, assuming that astral formations aren't directly driven by binary interactions (which could very well be the case). Intellectually this establishes the basis for a dual-star interaction within our Solar System. It is generally presumed that the Sun is a unique exception to this commonly observed phenomenon, however, observational evidence suggests that the Sun is moving in a defined orbit around a companion system of stars.
Is the idea of a solar companion to our Sun unprecedented? Not at all, in fact there have been numerous scientific publications examining the evidence for a "dark star", literally speaking, to which our Sun could be gravitationally bound in a definite orbit [3]. This alternate dark star is known as Nemesis, and its proposition comes primarily from observed perturbations of orbiting objects such as the planet-sized Kuiper belt object named Sedna
This last link hypothesizes that precession itself is evidence for a binary.