exponentially increase the capacity to see, to the corners we haven t yet seen, of the universe. what really are you expecting it to tell us? fundamental things like truly whether there is scope for life out there? 50 whether there is scope for life out there? whether there is scope for life out there? so this telescope is especially out there? so this telescope is especially tuned out there? so this telescope is especially tuned to out there? so this telescope is especially tuned to observe - out there? so this telescope is | especially tuned to observe the birth of galaxies and the origin of the universe. this remains a sort of a gap in our telescope access, the telescopes we have today, the way they are configured, they are not tuned for that. this one is exquisitely designed for that. so we know in advance where we want it to take us. but in addition, to be tuned for the edge of the universe also means it is tuned for pairing deep within gas clouds over our own milky way gal
this one is exquisitely designed for that. so we know in advance where we want it to take us. but in addition, to be tuned for the edge of the universe also means it s tuned for peering deep within gas clouds over our own milky way galaxy and it s within the gas cloud that you have the formation of next generation star systems, planets, and possibly conditions for life as we know it. or, even better yet, life as we don t know it. but we sort of know one of the fundamentals, i mean, the national academy of sciences recent report what is coming up next over the next decade in space exploration. by the way, we do that each decade, it is one of the things we are proudest of. it s called a decadal survey. i know. we get together and say let s prioritise ten years of money. i know. and here s what they lay out for this one. they say, the coming decades will set humanity down a path to determine whether we are alone.
seen of the universe. what really are you expecting it to tell us? fundamental things like truly whether there is scope for life out there? so this telescope is specially tuned to observe the birth of galaxies at the origin of the universe. this remains a sort of a gap in our telescope access. the telescopes we have today, the way they re configured, they re not tuned for that. this one is exquisitely designed for that. so we know in advance where we want it to take us. but in addition, to be tuned for the edge of the universe also means it s tuned for peering deep within gas clouds over our own milky way galaxy and it s within the gas cloud that you have the formation of next generation starsystems, planets, and possibly conditions for life as we know it.
deploy? this is a worldwide telescope. it s the collective investment from the u.s. and the european space agency and the canadian space agency that all these countries are willing to make to reach the edge of the universe. separating from the upper stage, separating from going down two the stakes are tremendous. if you think back to cu curiosity, the seven minutes of terror waiting for it to get to the surface, we all held our breath a long time. waiting for the signal back from the surface. in this case we re going to hold our breaths for air couple weeks because that s how long it s going to take to get all the deployments out after launch. adding whatever delta v we need. there are over, you know, 300 or 400 different operation ts tt have to occur in space to make this telescope come to life.
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