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originally posted by: game over man
I'm also willing to make another leap that finding Earth might be an extremely rare find and all life on Earth could be a science experiment by ET.
originally posted by: tanka418
originally posted by: game over man
I'm also willing to make another leap that finding Earth might be an extremely rare find and all life on Earth could be a science experiment by ET.
Did you know that Earth, or more properly Sol is one of the most ideal stars for finding advanced sentient life...belongs to a group that only 22% of stars belong to.
originally posted by: Harte
originally posted by: tanka418
originally posted by: game over man
I'm also willing to make another leap that finding Earth might be an extremely rare find and all life on Earth could be a science experiment by ET.
Did you know that Earth, or more properly Sol is one of the most ideal stars for finding advanced sentient life...belongs to a group that only 22% of stars belong to.
This "special" group that Sol belongs to - you realize that as much as 85% of all the stars in the Milky Way Galaxy are red dwarf stars?
So Sol, not being a red dwarf, is actually in a group comprising less than 20% of the stars in our galaxy..
However, that group is made up stars that are visible - red dwarfs are too dim to be seen from a distance.
So, every star you look at also belongs in this "exclusive" group.
Not really as exclusive as one could be led to believe, is it?
Harte
originally posted by: tanka418
Actually, it does... the more planets the more chances there are...it's kind of like buying many lottery tickets...better chance of winning something.
originally posted by: tanka418
How do I go all the way to suggest that? By taking into account the age of the star/planet. The Zetas Reticuli are a kind of strange pair. They kind of have two ages; When considering a star's age the motion is used, this is usually confirmed by an analysis of the star's color. In the case of the Zetas Reticuli, one method indicates 6+ billion years, the other method indicates only 3+ billion. The average of these is about the age of Earth...thus they are old enough to support an advanced sentient space-faring civilization...perhaps a bit ore advanced than Earth.
originally posted by: EnPassant
There have been thousands of books written about this spiritual realm and it is apparently inhabited by all kinds of beings; elementals, divas, saints, angels, pixies, familiars, demons etc.
The question now becomes Are some of these beings alien? Are they from another spiritual world? Are there native spirits and alien spirits? Given the descriptions of some of these beings it seems that some are alien. They seem different to the usual descriptions of spirits who seem native to this world.
originally posted by: tanka418
a reply to: Xtrozero
Even after all this the little aliens still need to find us in all this vastness.
Yet Earth resides in the habitable zone of an ideal star, that is just the right age...
Where would YOU look for life such as is found on Earth?
Yes, well you see, that's the thing...I do know
You will not accept any data so ever, and will continue to deny reality, and embrace willful ignorance at every possible turn...
If I told you there are 2015 confirmed exoplanets, what would you think; that I'm wrong? Would you go a "see"? Or perhaps simply reject the whole out of hand (which is what you usually do)?
What is the difference between conformal field theories and quantum field theories that make it symmetric and mathematically give rise to a thermodynamic critical point and how is this derived?
originally posted by: neoholographic
Even in these early stages of exploring exoplanets, Scientist are putting together biosignatures to search for the best candidates for life. It makes no sense to think an advanced civilization would have to "find us in all the vastness."
originally posted by: timequake
a reply to: AdmireTheDistance
Eye witness accounts are used a evidence all the time. Some such accounts have been documented. However, one is free to determine the weight of such evidence on a case-by-case basis. The OP is not suggesting that there is undeniable proof of their existence, but merely that there is enough for one to consider the possibility, and shouldn't dismiss it outright.
originally posted by: tanka418
originally posted by: Harte
originally posted by: tanka418
originally posted by: game over man
I'm also willing to make another leap that finding Earth might be an extremely rare find and all life on Earth could be a science experiment by ET.
Did you know that Earth, or more properly Sol is one of the most ideal stars for finding advanced sentient life...belongs to a group that only 22% of stars belong to.
This "special" group that Sol belongs to - you realize that as much as 85% of all the stars in the Milky Way Galaxy are red dwarf stars?
So Sol, not being a red dwarf, is actually in a group comprising less than 20% of the stars in our galaxy..
However, that group is made up stars that are visible - red dwarfs are too dim to be seen from a distance.
So, every star you look at also belongs in this "exclusive" group.
Not really as exclusive as one could be led to believe, is it?
Harte
Where did you get idea that G class stars are in some way "special" or "exclusive?
Did you know that Earth, or more properly Sol is one of the most ideal stars for finding advanced sentient life...belongs to a group that only 22% of stars belong to.
originally posted by: tanka418"M" class stars only make up 76.4% of the galaxy.
And, Sol's group is, as I already said, 22% (actually 23.6%). This group consists of "K", "G", and "F" class stars...stars with enough energy to evolve sufficiently complex life, and with a lifetime long enough to allow that life to evolve...
Source: statistical analysis of Hipparcos dataset...you can find a copy of this dataset on my website...run the analysis yourself.
Wiki
However the proportion of single star systems increases for smaller stars, so that only 25% of red dwarfs are known to have stellar companions. As 85% of all stars are red dwarfs, most stars in the Milky Way are likely single from birth.
For a long time, scientists considered red dwarfs to be unfit for habitability. Their limited light and heat meant that the habitable zone — the region where liquid water could form, and thus life would be considered most likely to evolve — of planets around them would be very close to the star, putting them in range of radiation from the tiny stars. Other planets may find themselves tidally locked to the star, with one side constantly facing the sun. [VIDEO: Earth-Like Planets Orbit Nearby Red Dwarf Stars Say Scientists]
But new models have shown that some planets could develop in ways that would potentially allow life to evolve. Because red dwarfs make up more than three-quarters of the stars in the galaxy, this significantly increased the possibilities for the evolution of life in the universe. When its discovery was announced around a red dwarf in 2010, Gliese 581g was called the "first potentially habitable" alien planet.