1 00:00:00,000 --> 00:04:26,260 I 2 00:04:30,930 --> 00:04:29,260 what we're seeing is actually one of 3 00:04:33,550 --> 00:04:30,940 these young stellar just seen edge-on 4 00:04:35,890 --> 00:04:33,560 now if you look at it more face on it 5 00:04:37,839 --> 00:04:35,900 looks round but if you look at it from 6 00:04:39,909 --> 00:04:37,849 the edge it looks like a dark line and 7 00:04:42,460 --> 00:04:39,919 what we see is that dark band cutting 8 00:04:44,140 --> 00:04:42,470 across the light reflecting off the top 9 00:04:46,869 --> 00:04:44,150 and the bottom just coming from the star 10 00:04:48,969 --> 00:04:46,879 and the whiff pick to image the optical 11 00:04:51,460 --> 00:04:48,979 image that was taken by John Chris shows 12 00:05:18,610 --> 00:04:51,470 a jet which is streamers of gas shooting 13 00:05:22,930 --> 00:05:21,129 now we have some leftover information 14 00:05:24,730 --> 00:05:22,940 that shows us how our solar system form 15 00:05:26,650 --> 00:05:24,740 we have little bits of meteorites and 16 00:05:29,350 --> 00:05:26,660 comets that we can study but that's an 17 00:05:31,510 --> 00:05:29,360 incomplete record what we can really do 18 00:05:33,790 --> 00:05:31,520 with Hubble is go and look at stars that 19 00:05:35,530 --> 00:05:33,800 are just forming today and get a glimpse 20 00:05:37,120 --> 00:05:35,540 back four and a half billion years ago