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Nihar Karve
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I think all your questions are along the lines of " How"How can the earthEarth, sun Sun, planets, etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.?"

To explain this, iI would like you to think of the example of a lottery ticket. If 1 billion people buy a lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But  , the probability that SOMEONEsomeone will win the lottery is 1, right  ?

Whoever wins the lottery could keep asking  , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies galaxies, stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOMEsome solar system would be the lucky one.

And our solar system , is that system.

In that sense, there is nothing special about our solar system. If it wasn't the solar system, then some other solar system out of all the billions and billions of suns would have been the one to be stable and have life evolve on it. And the people on that system would have been asking the question, what is the reason theretheir solar system is so stable despite all the things that could have gone wrong.

I think all your questions are along the lines of " How can the earth, sun , planets etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.

To explain this, i would like you to think of the example of a lottery ticket. If 1 billion people buy lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But  , the probability that SOMEONE will win the lottery is 1 right  ?

Whoever wins the lottery could keep asking  , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies , stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOME solar system would be the lucky one.

And our solar system , is that system.

In that sense, there is nothing special about our solar system. If it wasn't the solar system, then some other solar system out of all the billions and billions of suns would have been the one to be stable and have life evolve on it. And the people on that system would have been asking the question, what is the reason there solar system is so stable despite all the things that could have gone wrong.

I think all your questions are along the lines of "How can the Earth, Sun, planets, etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen?"

To explain this, I would like you to think of the example of a lottery ticket. If 1 billion people buy a lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But, the probability that someone will win the lottery is 1, right?

Whoever wins the lottery could keep asking, what is the reason he won the lottery when it is highly unlikely that he would have. Or he could just accept that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of galaxies, stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that some solar system would be the lucky one.

And our solar system is that system.

In that sense, there is nothing special about our solar system. If it wasn't the solar system, then some other solar system out of all the billions and billions of suns would have been the one to be stable and have life evolve on it. And the people on that system would have been asking the question, what is the reason their solar system is so stable despite all the things that could have gone wrong.

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silverrahul
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I think all your questions are along the lines of " How can the earth, sun , planets etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.

To explain this, i would like you to think of the example of a lottery ticket. If 1 billion people buy lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But , the probability that SOMEONE will win the lottery is 1 right ?

Whoever wins the lottery could keep asking , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies , stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOME solar system would be the lucky one.

And our solar system , is that system.

In that sense, there is nothing special about our solar system. If it wasn't the solar system, then some other solar system out of all the billions and billions of suns would have been the one to be stable and have life evolve on it. And the people on that system would have been asking the question, what is the reason there solar system is so stable despite all the things that could have gone wrong.

I think all your questions are along the lines of " How can the earth, sun , planets etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.

To explain this, i would like you to think of the example of a lottery ticket. If 1 billion people buy lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But , the probability that SOMEONE will win the lottery is 1 right ?

Whoever wins the lottery could keep asking , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies , stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOME solar system would be the lucky one.

And our solar system , is that system.

I think all your questions are along the lines of " How can the earth, sun , planets etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.

To explain this, i would like you to think of the example of a lottery ticket. If 1 billion people buy lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But , the probability that SOMEONE will win the lottery is 1 right ?

Whoever wins the lottery could keep asking , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies , stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOME solar system would be the lucky one.

And our solar system , is that system.

In that sense, there is nothing special about our solar system. If it wasn't the solar system, then some other solar system out of all the billions and billions of suns would have been the one to be stable and have life evolve on it. And the people on that system would have been asking the question, what is the reason there solar system is so stable despite all the things that could have gone wrong.

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silverrahul
  • 4.5k
  • 1
  • 15
  • 42

I think all your questions are along the lines of " How can the earth, sun , planets etc. be in the current configuration, when such a configuration is very unlikely, given all the things that have to go right for this to happen.

To explain this, i would like you to think of the example of a lottery ticket. If 1 billion people buy lottery ticket, then the probability for any given person to win the lottery is 1 in 1 billion. But , the probability that SOMEONE will win the lottery is 1 right ?

Whoever wins the lottery could keep asking , what is the reason he won the lottery , when it is highly unlikely that he would have. Or he could just accept , that he was the lucky one.

Similarly, the universe is a vast place with billions and billions of gallaxies , stars and planets. So, even though for any one system, it is highly unlikely that it would be the lucky one, it is highly likely that SOME solar system would be the lucky one.

And our solar system , is that system.