1
00:00:00,620 --> 00:00:06,210
(Narrator) From a spyglass to satellites, our backyard to the very edge of our solar

2
00:00:06,210 --> 00:00:11,790
system, every culture on every continent
has observed the Sun. We have been

3
00:00:11,790 --> 00:00:15,330
searching for the answers to the
mysteries of time and the seasons, the

4
00:00:15,330 --> 00:00:21,029
web of life on Earth and our place in
the universe. Our Sun has always been

5
00:00:21,029 --> 00:00:26,340
more than a ball of heat and light. Our
Sun through curious minds and innovative

6
00:00:26,340 --> 00:00:31,230
technology has allowed us to explore how the Northern Lights dance and how our

7
00:00:31,230 --> 00:00:36,300
solar system may have formed. The Sun is ours to discover.

8
00:00:36,300 --> 00:00:46,960
(music)

9
00:00:46,960 --> 00:00:49,180
(rattle)

10
00:00:49,180 --> 00:00:50,860
(whoosh)

11
00:00:50,860 --> 00:00:56,400
Before sophisticated satellites brought us vibrant images and wavelengths beyond our senses.

12
00:00:56,400 --> 00:01:03,100
People simply looked at the Sun. Although he was not alone in his pursuit in 1609 Galileo

13
00:01:03,110 --> 00:01:08,010
Galilei pioneered the use of the
telescope in order to observe and record

14
00:01:08,010 --> 00:01:15,960
sunspots. His detailed sketches, produced over the summer in 1612, revealed that

15
00:01:15,960 --> 00:01:20,880
the Sun was not a static orb in the sky
but a dynamic force.

16
00:01:20,880 --> 00:01:23,260
(static)

17
00:01:23,260 --> 00:01:28,380
Galileo's solar discoveries sparked an
academic interest in the Sun. Leading

18
00:01:28,380 --> 00:01:32,370
astronomers around the world to
investigate how the Sun shapes life on

19
00:01:32,370 --> 00:01:38,460
Earth. 400 years later astronomers with
increasingly complex satellite images

20
00:01:38,460 --> 00:01:45,380
investigate the origins and effects of
the sunspots Galileo first observed.

21
00:01:45,420 --> 00:01:51,580
(music)