1
00:00:11,660 --> 00:00:14,839

using balloons and rockets astronomers

2
00:00:14,839 --> 00:00:14,849
using balloons and rockets astronomers
 

3
00:00:14,849 --> 00:00:16,820
using balloons and rockets astronomers
have successfully launched telescopes

4
00:00:16,820 --> 00:00:16,830
have successfully launched telescopes
 

5
00:00:16,830 --> 00:00:19,130
have successfully launched telescopes
into Earth orbit above the distorting

6
00:00:19,130 --> 00:00:19,140
into Earth orbit above the distorting
 

7
00:00:19,140 --> 00:00:21,980
into Earth orbit above the distorting
effects of the atmosphere to explore

8
00:00:21,980 --> 00:00:21,990
effects of the atmosphere to explore
 

9
00:00:21,990 --> 00:00:24,470
effects of the atmosphere to explore
deep space nASA has had great success

10
00:00:24,470 --> 00:00:24,480
deep space nASA has had great success
 

11
00:00:24,480 --> 00:00:27,740
deep space nASA has had great success
with robotic probes like Voyager that

12
00:00:27,740 --> 00:00:27,750
with robotic probes like Voyager that
 

13
00:00:27,750 --> 00:00:29,960
with robotic probes like Voyager that
have observed and sent back images of

14
00:00:29,960 --> 00:00:29,970
have observed and sent back images of
 

15
00:00:29,970 --> 00:00:32,959
have observed and sent back images of
our solar system NASA and its partner

16
00:00:32,959 --> 00:00:32,969
our solar system NASA and its partner
 

17
00:00:32,969 --> 00:00:35,330
our solar system NASA and its partner
the European Space Agency are now on the

18
00:00:35,330 --> 00:00:35,340
the European Space Agency are now on the
 

19
00:00:35,340 --> 00:00:37,580
the European Space Agency are now on the
verge of launching a huge optical

20
00:00:37,580 --> 00:00:37,590
verge of launching a huge optical
 

21
00:00:37,590 --> 00:00:40,090
verge of launching a huge optical
observatory into orbit around the earth

22
00:00:40,090 --> 00:00:40,100
observatory into orbit around the earth
 

23
00:00:40,100 --> 00:00:43,819
observatory into orbit around the earth
Hubble Space Telescope will see objects

24
00:00:43,819 --> 00:00:43,829
Hubble Space Telescope will see objects
 

25
00:00:43,829 --> 00:00:45,790
Hubble Space Telescope will see objects
even near the edge of the known universe

26
00:00:45,790 --> 00:00:45,800
even near the edge of the known universe
 

27
00:00:45,800 --> 00:00:49,490
even near the edge of the known universe
with 10 times finer detail than possible

28
00:00:49,490 --> 00:00:49,500
with 10 times finer detail than possible
 

29
00:00:49,500 --> 00:00:52,310
with 10 times finer detail than possible
from the ground at the heart of the

30
00:00:52,310 --> 00:00:52,320
from the ground at the heart of the
 

31
00:00:52,320 --> 00:00:54,920
from the ground at the heart of the
observatory is an 8-foot mirror ground

32
00:00:54,920 --> 00:00:54,930
observatory is an 8-foot mirror ground
 

33
00:00:54,930 --> 00:00:57,740
observatory is an 8-foot mirror ground
to near perfection when pointed at an

34
00:00:57,740 --> 00:00:57,750
to near perfection when pointed at an
 

35
00:00:57,750 --> 00:00:59,900
to near perfection when pointed at an
object the mirror collects light and

36
00:00:59,900 --> 00:00:59,910
object the mirror collects light and
 

37
00:00:59,910 --> 00:01:03,470
object the mirror collects light and
sends it to six instruments various

38
00:01:03,470 --> 00:01:03,480
sends it to six instruments various
 

39
00:01:03,480 --> 00:01:05,780
sends it to six instruments various
satellites and ground stations relay the

40
00:01:05,780 --> 00:01:05,790
satellites and ground stations relay the
 

41
00:01:05,790 --> 00:01:07,609
satellites and ground stations relay the
instruments information to the Space

42
00:01:07,609 --> 00:01:07,619
instruments information to the Space
 

43
00:01:07,619 --> 00:01:10,160
instruments information to the Space
Telescope Science Institute in Baltimore

44
00:01:10,160 --> 00:01:10,170
Telescope Science Institute in Baltimore
 

45
00:01:10,170 --> 00:01:12,980
Telescope Science Institute in Baltimore
Maryland viewing screens will allow

46
00:01:12,980 --> 00:01:12,990
Maryland viewing screens will allow
 

47
00:01:12,990 --> 00:01:14,630
Maryland viewing screens will allow
scientists to make real-time

48
00:01:14,630 --> 00:01:14,640
scientists to make real-time
 

49
00:01:14,640 --> 00:01:17,570
scientists to make real-time
observations at the same time a

50
00:01:17,570 --> 00:01:17,580
observations at the same time a
 

51
00:01:17,580 --> 00:01:19,550
observations at the same time a
tremendous amount of data will be

52
00:01:19,550 --> 00:01:19,560
tremendous amount of data will be
 

53
00:01:19,560 --> 00:01:22,609
tremendous amount of data will be
generated according to dr. Eric JSON

54
00:01:22,609 --> 00:01:22,619
generated according to dr. Eric JSON
 

55
00:01:22,619 --> 00:01:24,289
generated according to dr. Eric JSON
we're talking about a huge amount of

56
00:01:24,289 --> 00:01:24,299
we're talking about a huge amount of
 

57
00:01:24,299 --> 00:01:26,330
we're talking about a huge amount of
information in fact we colloquially

58
00:01:26,330 --> 00:01:26,340
information in fact we colloquially
 

59
00:01:26,340 --> 00:01:28,580
information in fact we colloquially
referred to this as drinking from a

60
00:01:28,580 --> 00:01:28,590
referred to this as drinking from a
 

61
00:01:28,590 --> 00:01:30,620
referred to this as drinking from a
firehose in order to help astronomers

62
00:01:30,620 --> 00:01:30,630
firehose in order to help astronomers
 

63
00:01:30,630 --> 00:01:33,710
firehose in order to help astronomers
plan observations the Space Telescope

64
00:01:33,710 --> 00:01:33,720
plan observations the Space Telescope
 

65
00:01:33,720 --> 00:01:36,410
plan observations the Space Telescope
Institute has the largest star catalogue

66
00:01:36,410 --> 00:01:36,420
Institute has the largest star catalogue
 

67
00:01:36,420 --> 00:01:39,260
Institute has the largest star catalogue
in the world containing 19 million

68
00:01:39,260 --> 00:01:39,270
in the world containing 19 million
 

69
00:01:39,270 --> 00:01:43,399
in the world containing 19 million
celestial objects the catalogue was made

70
00:01:43,399 --> 00:01:43,409
celestial objects the catalogue was made
 

71
00:01:43,409 --> 00:01:45,950
celestial objects the catalogue was made
by scanning over 1,400 photographic

72
00:01:45,950 --> 00:01:45,960
by scanning over 1,400 photographic
 

73
00:01:45,960 --> 00:01:48,920
by scanning over 1,400 photographic
plates of the entire sky the plates are

74
00:01:48,920 --> 00:01:48,930
plates of the entire sky the plates are
 

75
00:01:48,930 --> 00:01:52,010
plates of the entire sky the plates are
also stored in a giant database so

76
00:01:52,010 --> 00:01:52,020
also stored in a giant database so
 

77
00:01:52,020 --> 00:01:54,350
also stored in a giant database so
astronomers can call up a region like

78
00:01:54,350 --> 00:01:54,360
astronomers can call up a region like
 

79
00:01:54,360 --> 00:01:57,080
astronomers can call up a region like
the Andromeda galaxy and manipulate the

80
00:01:57,080 --> 00:01:57,090
the Andromeda galaxy and manipulate the
 

81
00:01:57,090 --> 00:02:00,649
the Andromeda galaxy and manipulate the
images with false color

82
00:02:00,649 --> 00:02:00,659

 

83
00:02:00,659 --> 00:02:03,800

in our lifetime Space Telescope should

84
00:02:03,800 --> 00:02:03,810
in our lifetime Space Telescope should
 

85
00:02:03,810 --> 00:02:06,020
in our lifetime Space Telescope should
match the discoveries made since the

86
00:02:06,020 --> 00:02:06,030
match the discoveries made since the
 

87
00:02:06,030 --> 00:02:10,219
match the discoveries made since the
beginning of astronomy we hope to see in

88
00:02:10,219 --> 00:02:10,229
beginning of astronomy we hope to see in
 

89
00:02:10,229 --> 00:02:12,979
beginning of astronomy we hope to see in
the words of Galileo Galilei wondrous

90
00:02:12,979 --> 00:02:12,989
the words of Galileo Galilei wondrous
 

91
00:02:12,989 --> 00:02:15,170
the words of Galileo Galilei wondrous
things those were the words that he used

92
00:02:15,170 --> 00:02:15,180
things those were the words that he used
 

93
00:02:15,180 --> 00:02:19,369
things those were the words that he used
in 1609 we want to see star systems we

94
00:02:19,369 --> 00:02:19,379
in 1609 we want to see star systems we
 

95
00:02:19,379 --> 00:02:22,610
in 1609 we want to see star systems we
want to see images of the planets but in

96
00:02:22,610 --> 00:02:22,620
want to see images of the planets but in
 

97
00:02:22,620 --> 00:02:24,740
want to see images of the planets but in
particular space telescope is designed

98
00:02:24,740 --> 00:02:24,750
particular space telescope is designed
 

99
00:02:24,750 --> 00:02:27,080
particular space telescope is designed
to look out into deep space to study

100
00:02:27,080 --> 00:02:27,090
to look out into deep space to study
 

101
00:02:27,090 --> 00:02:29,869
to look out into deep space to study
deep space astrophysics to go out to

102
00:02:29,869 --> 00:02:29,879
deep space astrophysics to go out to
 

103
00:02:29,879 --> 00:02:31,580
deep space astrophysics to go out to
around that we've not yet been able to

104
00:02:31,580 --> 00:02:31,590
around that we've not yet been able to
 

105
00:02:31,590 --> 00:02:34,160
around that we've not yet been able to
study well