WEBVTT

1
00:00:00.200 --> 00:00:03.040
<v Speaker 1>Welcome to Astronomy Daily, your source for the latest space

2
00:00:03.040 --> 00:00:05.799
<v Speaker 1>in astronomy news. I'm your host, Anna, and we've got

3
00:00:05.799 --> 00:00:09.080
<v Speaker 1>an exciting lineup of stories for you today, from groundbreaking

4
00:00:09.160 --> 00:00:12.359
<v Speaker 1>rocket launches to mind bending discoveries in the depths of space.

5
00:00:12.919 --> 00:00:15.919
<v Speaker 1>We'll be covering the most recent developments in space exploration

6
00:00:16.359 --> 00:00:20.320
<v Speaker 1>and astronomical research. We'll dive into United Launch Alliance's latest

7
00:00:20.359 --> 00:00:23.800
<v Speaker 1>Vulcan rocket flight, explore a peculiar galaxy captured by the

8
00:00:23.839 --> 00:00:28.399
<v Speaker 1>Hubble Space Telescope, and preview Blue Origin's upcoming spacecraft debut.

9
00:00:28.920 --> 00:00:33.039
<v Speaker 1>We'll also discuss a record breaking triple Star system, examine

10
00:00:33.039 --> 00:00:37.560
<v Speaker 1>surprising findings from the James Webb Space Telescope about early galaxies,

11
00:00:38.039 --> 00:00:41.039
<v Speaker 1>and catch up with NASA's Parker Solar Probe as it

12
00:00:41.079 --> 00:00:44.240
<v Speaker 1>continues its close encounters with our son. So buckle up

13
00:00:44.280 --> 00:00:46.240
<v Speaker 1>and get ready for a journey through the cosmos as

14
00:00:46.280 --> 00:00:49.359
<v Speaker 1>we explore these fascinating stories from the world of astronomy

15
00:00:49.399 --> 00:00:54.119
<v Speaker 1>and space science. United Launch Alliance's second Vulcan rocket flight

16
00:00:54.200 --> 00:00:57.000
<v Speaker 1>took off last Friday, marking a crucial test in the

17
00:00:57.000 --> 00:01:00.079
<v Speaker 1>company's efforts to certify the new launcher for high priority

18
00:01:00.159 --> 00:01:04.120
<v Speaker 1>national security missions. While the rocket successfully reached orbit. The

19
00:01:04.120 --> 00:01:07.519
<v Speaker 1>flight wasn't without drama. One of the two solid propellants

20
00:01:07.519 --> 00:01:11.319
<v Speaker 1>strap on boosters, experienced an anomaly during the ascent. About

21
00:01:11.319 --> 00:01:14.599
<v Speaker 1>thirty seven seconds after liftoff, observers noticed a shower of

22
00:01:14.640 --> 00:01:17.640
<v Speaker 1>sparks and what appeared to be debris falling away from

23
00:01:17.640 --> 00:01:20.519
<v Speaker 1>the right side booster. The issue seemed to originate near

24
00:01:20.560 --> 00:01:23.239
<v Speaker 1>the nozzle at the base of the booster, causing a

25
00:01:23.319 --> 00:01:27.120
<v Speaker 1>noticeable change in the exhaust plumes shape. Despite this setback,

26
00:01:27.159 --> 00:01:31.120
<v Speaker 1>the vulcan continued its climb to space, demonstrating impressive resilience.

27
00:01:31.560 --> 00:01:34.519
<v Speaker 1>The core stage's two Blue Origin built B four engines,

28
00:01:34.599 --> 00:01:38.200
<v Speaker 1>each generating five hundred fifty thousand pounds of thrust, carried

29
00:01:38.239 --> 00:01:41.560
<v Speaker 1>on with the mission. After the first stage separation, the

30
00:01:41.560 --> 00:01:45.239
<v Speaker 1>Centaur upper stage took over, completing two burns to demonstrate

31
00:01:45.319 --> 00:01:48.599
<v Speaker 1>its ability to restart in space, a key requirement for

32
00:01:48.640 --> 00:01:54.359
<v Speaker 1>complex military payload trajectories. ULA CEO Tory Bruno acknowledged the

33
00:01:54.400 --> 00:01:58.480
<v Speaker 1>booster anomaly, but emphasized that the overall trajectory remained nominal

34
00:01:58.519 --> 00:02:01.879
<v Speaker 1>throughout the flight, Any plans to investigate the issue thoroughly

35
00:02:01.959 --> 00:02:05.040
<v Speaker 1>once the mission is complete. This flight was the second

36
00:02:05.040 --> 00:02:08.479
<v Speaker 1>of two certification test flights needed before the Vulcan can

37
00:02:08.520 --> 00:02:11.639
<v Speaker 1>carry high priority payloads for the US Space Force and

38
00:02:11.759 --> 00:02:15.400
<v Speaker 1>National Reconnaissance Office. The impact of the booster anomaly on

39
00:02:15.439 --> 00:02:19.280
<v Speaker 1>the certification process remains uncertain, but it's clear that ULA

40
00:02:19.360 --> 00:02:22.319
<v Speaker 1>will need to address any concerns before moving forward with

41
00:02:22.439 --> 00:02:26.280
<v Speaker 1>national security launches. The Vulcan represents the future of ULA,

42
00:02:26.759 --> 00:02:29.879
<v Speaker 1>set to replace both the retired Delta four and the

43
00:02:29.879 --> 00:02:32.680
<v Speaker 1>soon to be phased out at Las five rockets. With

44
00:02:32.800 --> 00:02:36.240
<v Speaker 1>over seventy missions already booked before its first flight, the

45
00:02:36.280 --> 00:02:39.520
<v Speaker 1>stakes are high for ULA to resolve any issues quickly

46
00:02:39.840 --> 00:02:44.000
<v Speaker 1>and maintain customer confidence in the new launch system. Now,

47
00:02:44.080 --> 00:02:46.800
<v Speaker 1>let's turn our attention to a fascinating discovery made by

48
00:02:46.800 --> 00:02:50.759
<v Speaker 1>the Hubble Space Telescope. The Venerable Observatory has captured an

49
00:02:50.800 --> 00:02:53.280
<v Speaker 1>image of a galaxy that's breaking the mold when it

50
00:02:53.319 --> 00:02:57.400
<v Speaker 1>comes to classification. Located about fifty four million light years

51
00:02:57.400 --> 00:03:01.520
<v Speaker 1>away in the Virgo galaxy cluster GGC four thousand, six

52
00:03:01.599 --> 00:03:05.800
<v Speaker 1>hundred and ninety four is what astronomers call a peculiar galaxy.

53
00:03:06.240 --> 00:03:08.759
<v Speaker 1>At first glance, it appears to have characteristics of both

54
00:03:08.840 --> 00:03:12.759
<v Speaker 1>elliptical and spiral galaxies. Making it a real cosmic oddball.

55
00:03:13.400 --> 00:03:16.120
<v Speaker 1>NGC four thousand, six hundred and ninety four has a

56
00:03:16.159 --> 00:03:19.439
<v Speaker 1>smooth looking, armless disc that's nearly devoid of star formation,

57
00:03:20.039 --> 00:03:23.719
<v Speaker 1>similar to an elliptical galaxy. However, its stellar population is

58
00:03:23.719 --> 00:03:26.840
<v Speaker 1>still relatively young and new stars are actively forming in

59
00:03:26.879 --> 00:03:30.199
<v Speaker 1>its core. This gives NGC four thousand, six hundred and

60
00:03:30.319 --> 00:03:34.080
<v Speaker 1>ninety four a markedly different stellar profile from a classic

61
00:03:34.159 --> 00:03:38.199
<v Speaker 1>elliptical galaxy. What's even more intriguing is the chaotic structure

62
00:03:38.240 --> 00:03:41.159
<v Speaker 1>of dust visible in the hubble image. This indicates some

63
00:03:41.240 --> 00:03:44.439
<v Speaker 1>kind of disturbance in the galaxy's past. As it turns out,

64
00:03:44.599 --> 00:03:47.639
<v Speaker 1>NGC four thousand, six hundred and ninety four has undergone

65
00:03:47.680 --> 00:03:51.439
<v Speaker 1>a violent collision with a nearby dwarf galaxy VCC twenty

66
00:03:51.479 --> 00:03:55.080
<v Speaker 1>sixty two. This cosmic crash has left NGC four thousand,

67
00:03:55.159 --> 00:03:58.240
<v Speaker 1>six hundred and ninety four accreting gas from its smaller neighbor,

68
00:03:58.680 --> 00:04:04.280
<v Speaker 1>fueling its unique character. Teruristics. Astronomers classify NGC four thousand,

69
00:04:04.360 --> 00:04:07.800
<v Speaker 1>six hundred and ninety four as a lenticular galaxy, a

70
00:04:07.879 --> 00:04:10.400
<v Speaker 1>type that lacks the distinct spiral arms but still has

71
00:04:10.439 --> 00:04:14.039
<v Speaker 1>a central bulge and disc. These galactic oddballs are crucial

72
00:04:14.039 --> 00:04:17.600
<v Speaker 1>for understanding how galaxies evolve over time. The discovery of

73
00:04:17.800 --> 00:04:21.000
<v Speaker 1>NGC four thousand, six hundred and ninety four reminds us

74
00:04:21.040 --> 00:04:24.319
<v Speaker 1>that the universe is full of surprises and not everything

75
00:04:24.360 --> 00:04:27.879
<v Speaker 1>fits neatly into our pre defined categories. By studying these

76
00:04:27.920 --> 00:04:32.000
<v Speaker 1>peculiar galaxies, astronomers can gain valuable insights into the complex

77
00:04:32.079 --> 00:04:36.720
<v Speaker 1>processes that shape our cosmic neighborhood. Let's get an update

78
00:04:36.759 --> 00:04:39.879
<v Speaker 1>now from Blue Origin, who've been far from taking things easy.

79
00:04:40.360 --> 00:04:43.519
<v Speaker 1>Blue Origin, the aerospace company founded by Amazon's Jeff Bezos,

80
00:04:43.560 --> 00:04:47.040
<v Speaker 1>is gearing up for an exciting milestone this Monday, October seventh.

81
00:04:47.120 --> 00:04:49.720
<v Speaker 1>They're set to debut a brand new spacecraft on their

82
00:04:49.839 --> 00:04:53.439
<v Speaker 1>NS twenty seven mission. This uncrude flight will mark the

83
00:04:53.480 --> 00:04:56.879
<v Speaker 1>first launch for this particular New Shepherd vehicle. The mission

84
00:04:56.920 --> 00:04:59.519
<v Speaker 1>is scheduled to lift off from Blue Origins West Texas

85
00:04:59.519 --> 00:05:02.399
<v Speaker 1>site during a window that opens at nine am Eastern time.

86
00:05:02.879 --> 00:05:05.639
<v Speaker 1>While no humans will be on board, the capsule will

87
00:05:05.639 --> 00:05:09.839
<v Speaker 1>carry twelve research payloads, including new navigation systems for both

88
00:05:09.920 --> 00:05:13.600
<v Speaker 1>New Shepherd and Blue Origin's larger New Glen rocket. This

89
00:05:13.639 --> 00:05:17.000
<v Speaker 1>new vehicle features some notable upgrades. Blue Origin says It

90
00:05:17.040 --> 00:05:21.600
<v Speaker 1>includes technology improvements to enhance performance and reusability, as well

91
00:05:21.639 --> 00:05:25.000
<v Speaker 1>as an updated exterior design. The company also mentions that

92
00:05:25.040 --> 00:05:28.680
<v Speaker 1>it has accommodations for payloads on the booster itself. The

93
00:05:28.800 --> 00:05:31.560
<v Speaker 1>NS twenty seven mission represents an important step for Blue

94
00:05:31.560 --> 00:05:35.399
<v Speaker 1>Origins commercial space flight ambitions. It's the second human rated

95
00:05:35.439 --> 00:05:38.480
<v Speaker 1>New Shepherd vehicle, which should allow the company to increase

96
00:05:38.519 --> 00:05:42.120
<v Speaker 1>its flight capacity and better meet growing customer demand for

97
00:05:42.160 --> 00:05:47.000
<v Speaker 1>suborbital space tourism and research flights. If successful, this launch

98
00:05:47.040 --> 00:05:49.399
<v Speaker 1>will pave the way for Blue Origin to expand its

99
00:05:49.439 --> 00:05:52.959
<v Speaker 1>operations and potentially increase the frequency of its crude flights

100
00:05:53.000 --> 00:05:55.600
<v Speaker 1>in the future. It's a clear sign that the company

101
00:05:55.680 --> 00:06:00.279
<v Speaker 1>is pushing forward in the competitive commercial space industry. Moving

102
00:06:00.279 --> 00:06:04.439
<v Speaker 1>on now to a NASA mission update. NASA's exoplanet hunting spacecraft,

103
00:06:04.839 --> 00:06:09.000
<v Speaker 1>the Transiting Exoplanet Survey Satellite or TESTS, has made a

104
00:06:09.000 --> 00:06:12.160
<v Speaker 1>groundbreaking discovery that's pushing the boundaries of what we thought

105
00:06:12.160 --> 00:06:16.240
<v Speaker 1>possible in stellar systems. Scientists have spotted a record breaking

106
00:06:16.319 --> 00:06:19.600
<v Speaker 1>triple star system that's so tightly packed it could fit

107
00:06:19.680 --> 00:06:23.240
<v Speaker 1>comfortably between our Sun and its closest planet, Mercury. This

108
00:06:23.360 --> 00:06:26.199
<v Speaker 1>extraordinary system, known as TICK two, nine zero zero six

109
00:06:26.240 --> 00:06:28.920
<v Speaker 1>one four eight four is located about five thousand light

110
00:06:29.000 --> 00:06:32.199
<v Speaker 1>years away in the constellation Sickness. It consists of twin

111
00:06:32.279 --> 00:06:35.120
<v Speaker 1>stars that orbit each other every one point eight earth days,

112
00:06:35.439 --> 00:06:38.360
<v Speaker 1>with a third star circling this pair every twenty five days.

113
00:06:38.720 --> 00:06:41.920
<v Speaker 1>To put this in perspective, the previous record holder for

114
00:06:42.000 --> 00:06:44.519
<v Speaker 1>the tightest three star system had an outer orbit of

115
00:06:44.560 --> 00:06:48.120
<v Speaker 1>thirty three days, set back in nineteen fifty six. What

116
00:06:48.279 --> 00:06:51.360
<v Speaker 1>makes this discovery even more remarkable is the stability of

117
00:06:51.360 --> 00:06:54.480
<v Speaker 1>the system. The stars orbit in nearly the same plane,

118
00:06:54.720 --> 00:06:58.639
<v Speaker 1>which helps maintain their gravitational balance. However, this delicate dance

119
00:06:58.639 --> 00:07:01.279
<v Speaker 1>won't last forever. In a few million years, the twin

120
00:07:01.319 --> 00:07:03.759
<v Speaker 1>stars at the heart of the system will expand and

121
00:07:03.839 --> 00:07:09.160
<v Speaker 1>eventually merge, triggering a massive supernova explosion. This finding isn't

122
00:07:09.160 --> 00:07:12.399
<v Speaker 1>just a cosmic curiosity. It has significant implications for our

123
00:07:12.480 --> 00:07:16.319
<v Speaker 1>understanding of star formation and evolution. The compact nature of

124
00:07:16.360 --> 00:07:20.000
<v Speaker 1>the system suggests that these stars likely form together from

125
00:07:20.040 --> 00:07:23.720
<v Speaker 1>the same process, challenging our models of how multiple star

126
00:07:23.800 --> 00:07:27.040
<v Speaker 1>systems come into being. The discovery was made possible through

127
00:07:27.079 --> 00:07:30.959
<v Speaker 1>a combination of test data, machine learning algorithms, and the

128
00:07:31.040 --> 00:07:34.480
<v Speaker 1>keen eyes of citizens scientists. It highlights the power of

129
00:07:34.519 --> 00:07:38.839
<v Speaker 1>collaborative efforts between professional astronomers and amateur enthusiasts in pushing

130
00:07:38.879 --> 00:07:43.600
<v Speaker 1>the boundaries of astronomical research. Looking ahead, NASA's upcoming Nancy

131
00:07:43.639 --> 00:07:47.360
<v Speaker 1>Grace Roman Space Telescope, set to launch in twenty twenty seven,

132
00:07:47.839 --> 00:07:51.720
<v Speaker 1>promises to reveal even more of these tightly packed star systems.

133
00:07:52.240 --> 00:07:55.839
<v Speaker 1>With its superior resolution, Roman could potentially help us discover

134
00:07:55.959 --> 00:07:59.439
<v Speaker 1>systems with even shorter orbits, or perhaps even more stars

135
00:07:59.439 --> 00:08:03.360
<v Speaker 1>crammed into a single system. This record breaking triple star

136
00:08:03.439 --> 00:08:06.519
<v Speaker 1>system serves as a reminder that the universe still has

137
00:08:06.600 --> 00:08:10.319
<v Speaker 1>plenty of surprises in store for us, continually challenging and

138
00:08:10.360 --> 00:08:15.319
<v Speaker 1>expanding our understanding of the cosmos. Speaking of discoveries, here's

139
00:08:15.360 --> 00:08:17.959
<v Speaker 1>another one from an old friend. The James Web Space

140
00:08:18.000 --> 00:08:22.560
<v Speaker 1>Telescope continues to astound scientists with its groundbreaking discoveries. Recent

141
00:08:22.600 --> 00:08:26.199
<v Speaker 1>observations have unveiled surprisingly bright and mature galaxies in the

142
00:08:26.279 --> 00:08:31.600
<v Speaker 1>early universe, challenging our existing models of galaxy formation and cosmology.

143
00:08:31.680 --> 00:08:35.080
<v Speaker 1>These ancient galaxies, observed just three hundred million years after

144
00:08:35.120 --> 00:08:39.000
<v Speaker 1>the Big Bang, are far more luminous than scientists anticipated.

145
00:08:39.320 --> 00:08:42.159
<v Speaker 1>Their brightness suggests they contain more stars in mass than

146
00:08:42.200 --> 00:08:46.120
<v Speaker 1>previously thought possible for such young cosmic objects. What's even

147
00:08:46.159 --> 00:08:49.559
<v Speaker 1>more intriguing is that many of these early galaxies show

148
00:08:49.720 --> 00:08:53.600
<v Speaker 1>signs of actively growing black holes at their centers, another

149
00:08:53.639 --> 00:08:57.960
<v Speaker 1>indication of their unexpectedly rapid maturation. These findings have left

150
00:08:58.000 --> 00:09:01.480
<v Speaker 1>astronomers scratching their heads. How could these galaxies have formed

151
00:09:01.519 --> 00:09:03.879
<v Speaker 1>so quickly and become so bright in such a short

152
00:09:03.879 --> 00:09:07.240
<v Speaker 1>time after the universe's birth. It's a puzzle that's forcing

153
00:09:07.320 --> 00:09:11.320
<v Speaker 1>us to reconsider our understanding of early galaxy evolution. Some

154
00:09:11.440 --> 00:09:14.559
<v Speaker 1>scientists propose that star formation in the early universe may

155
00:09:14.600 --> 00:09:18.279
<v Speaker 1>have been more intense or bursty than we previously believed.

156
00:09:18.679 --> 00:09:22.120
<v Speaker 1>Others suggest factors like lower amounts of galactic dust or

157
00:09:22.120 --> 00:09:26.120
<v Speaker 1>a different distribution of star masses could explain the unexpected brightness.

158
00:09:26.519 --> 00:09:30.360
<v Speaker 1>But these observations aren't just challenging our ideas about galaxy formation.

159
00:09:30.840 --> 00:09:34.039
<v Speaker 1>They're also prompting some researchers to consider modifications to our

160
00:09:34.080 --> 00:09:38.399
<v Speaker 1>broader cosmological theories. Some have even suggested that these findings

161
00:09:38.440 --> 00:09:42.600
<v Speaker 1>might require us to reconsider the age of the universe itself. However,

162
00:09:42.639 --> 00:09:45.360
<v Speaker 1>it's important to note that before we start rewriting our

163
00:09:45.399 --> 00:09:49.279
<v Speaker 1>cosmology textbooks. We need a more detailed understanding of the

164
00:09:49.320 --> 00:09:53.080
<v Speaker 1>physical processes at work in these early galaxies. As we

165
00:09:53.159 --> 00:09:56.039
<v Speaker 1>continue to gather data and refine our models, we may

166
00:09:56.039 --> 00:09:59.320
<v Speaker 1>find explanations that fit within our current framework of understanding.

167
00:10:00.360 --> 00:10:03.240
<v Speaker 1>What's clear is that the James Web Space Telescope is

168
00:10:03.279 --> 00:10:06.240
<v Speaker 1>living up to its promise of revolutionizing our view of

169
00:10:06.279 --> 00:10:09.279
<v Speaker 1>the early universe. As we peer further back in time,

170
00:10:09.679 --> 00:10:12.120
<v Speaker 1>we're sure to encounter more surprises that will push the

171
00:10:12.120 --> 00:10:15.639
<v Speaker 1>boundaries of our knowledge and spark new questions about the cosmos.

172
00:10:17.080 --> 00:10:20.879
<v Speaker 1>And finally, today, another NASA record breaking update. NASA's Parker

173
00:10:20.919 --> 00:10:23.639
<v Speaker 1>Solar Probe has once again pushed the boundaries of solar

174
00:10:23.679 --> 00:10:26.960
<v Speaker 1>exploration with its latest close encounter with our star. On

175
00:10:27.000 --> 00:10:30.799
<v Speaker 1>September thirtieth, the probe completed its twenty first close approach

176
00:10:30.840 --> 00:10:34.240
<v Speaker 1>to the Sun, matching its own impressive distance record by

177
00:10:34.240 --> 00:10:36.759
<v Speaker 1>coming within just four point five to one million miles

178
00:10:36.799 --> 00:10:40.240
<v Speaker 1>of the solar surface. During this close approach, or perihelion,

179
00:10:40.639 --> 00:10:43.440
<v Speaker 1>the spacecraft reached speeds of nearly three hundred and ninety

180
00:10:43.440 --> 00:10:46.000
<v Speaker 1>five thousand miles per hour as it raced around the Sun.

181
00:10:46.600 --> 00:10:49.600
<v Speaker 1>This mind boggling velocity is about one hundred and eighty

182
00:10:49.639 --> 00:10:52.559
<v Speaker 1>times faster than the speed of a typical commercial airliner.

183
00:10:53.200 --> 00:10:56.000
<v Speaker 1>But the Parker Solar Probe isn't done breaking records yet.

184
00:10:56.279 --> 00:10:58.720
<v Speaker 1>After a fly by a venus in November, which will

185
00:10:58.799 --> 00:11:02.039
<v Speaker 1>use the planet's gravity to adjust the probe's trajectory, it

186
00:11:02.039 --> 00:11:04.360
<v Speaker 1>will make an even closer approach to the Sun on

187
00:11:04.440 --> 00:11:08.080
<v Speaker 1>December twenty fourth. This upcoming encounter will bring the spacecraft

188
00:11:08.159 --> 00:11:10.559
<v Speaker 1>within a mere three point eight million miles of the

189
00:11:10.600 --> 00:11:14.960
<v Speaker 1>Solar surface, traveling at speeds around four hundred thirty thousand

190
00:11:14.960 --> 00:11:19.279
<v Speaker 1>miles per hour. These incredibly close passes allow scientists to

191
00:11:19.320 --> 00:11:23.399
<v Speaker 1>gather unprecedented data about the Sun's atmosphere, magnetic fields, and

192
00:11:23.440 --> 00:11:26.799
<v Speaker 1>the solar wind. The information collected by the Parker Solar

193
00:11:26.799 --> 00:11:29.720
<v Speaker 1>Probe is helping us better understand our star and its

194
00:11:29.720 --> 00:11:32.960
<v Speaker 1>effects on space weather, which can impact technology both in

195
00:11:33.080 --> 00:11:37.000
<v Speaker 1>orbit and on Earth. And that brings us to the

196
00:11:37.080 --> 00:11:40.840
<v Speaker 1>end of today's journey through the cosmos. From record breaking

197
00:11:40.879 --> 00:11:45.080
<v Speaker 1>star systems to mysterious early galaxies, the universe never fails

198
00:11:45.120 --> 00:11:48.320
<v Speaker 1>to amaze and inspire us. I'm Anna, and I hope

199
00:11:48.360 --> 00:11:51.440
<v Speaker 1>you've enjoyed this episode of Astronomy Daily. If you're hungry

200
00:11:51.480 --> 00:11:53.639
<v Speaker 1>for more space news, be sure to check out our

201
00:11:53.639 --> 00:11:57.320
<v Speaker 1>website at Astronomy Daily dot io. There you can sign

202
00:11:57.399 --> 00:12:00.679
<v Speaker 1>up for our free daily newsletter, explore our constant updating

203
00:12:00.720 --> 00:12:04.000
<v Speaker 1>news feed, and listen to all our past episodes. It's

204
00:12:04.039 --> 00:12:07.039
<v Speaker 1>your one stop shop for all things astronomy. Want to

205
00:12:07.039 --> 00:12:09.960
<v Speaker 1>connect with fellow space enthusiasts, find us on social media

206
00:12:10.000 --> 00:12:13.720
<v Speaker 1>by searching for astro Daily Pod. We're on Facebook, x, YouTube,

207
00:12:13.720 --> 00:12:17.279
<v Speaker 1>and TikTok, sharing the wonders of the universe every single day.

208
00:12:17.960 --> 00:12:21.080
<v Speaker 1>Thanks for tuning in, and remember keep looking up because

209
00:12:21.080 --> 00:12:23.759
<v Speaker 1>the sky is never the limit. Until next time. This

210
00:12:23.840 --> 00:12:37.960
<v Speaker 1>is Anna for Astronomy Daily. Signing off Sunday Stars starz

211
00:12:45.000 --> 00:12:45.200
<v Speaker 1>Star