don t know because hubble cannot go that far back. the other thing we will be able to do is look at x0 planets, do is look at xo planets, planets beyond our solar system and we will basically be able to search for life and look at their composition and look at their composition and look at their atmosphere and see if they had oxygen or water and, if they do, maybe we could find another earth. and that is basically what we want to do. we also want to look within our solar system at moons like europa where there are guises of water, maybe, if there are certain spots where there could be life within our solar system notjust be life within our solar system not just mars be life within our solar system notjust mars but some of the moons ofjupiter and saturn and elsewhere. it moons ofjupiter and saturn and elsewhere- moons ofjupiter and saturn and elsewhere. it boggles the mind, can. elsewhere. it boggles the mind, can- thank elsewhere. it boggles the mind, can- thank you elsewhere. it
we are seeing the pictures you had of it in its state two or three years ago so we have an idea of what it looks like. in a nutshell then, can you explain what is the challenge now for this telescope? what does it need to do? what it will do is look back almost to the beginning of time, almost to the big bang within 200 million years of the big bang. we will be able to see how the first stars and galaxies formed. we don t know because hubble cannot go that far back. the other thing we will be able to do is look at x0 planets, planets beyond our solar system and we will basically be able to search for life and look at their composition and look at their atmosphere and see if they had oxygen or water and, if they do, maybe we could find another earth. and that is basically what we want to do. we also want to look within our solar system at moons like europa where there are geysers of water, maybe, if there are certain spots where there