1 00:00:00,000 --> 00:00:02,620 Have you ever thought about what it was like 2 00:00:02,620 --> 00:00:04,260 right after the Big Bang? 3 00:00:04,260 --> 00:00:08,380 You mean like the very first stars and galaxies 4 00:00:08,380 --> 00:00:10,180 forming out of, well, everything? 5 00:00:10,180 --> 00:00:12,340 Yeah, like a baby universe. 6 00:00:12,340 --> 00:00:14,100 It's a question that astronomers 7 00:00:14,100 --> 00:00:15,220 have been asking forever. 8 00:00:15,220 --> 00:00:18,300 And now we have the James Webb Space Telescope. 9 00:00:18,300 --> 00:00:20,500 It's like giving us a front row seat. 10 00:00:20,500 --> 00:00:23,420 The JWST, it really is a game changer. 11 00:00:23,420 --> 00:00:25,020 It's like a time machine, right? 12 00:00:25,020 --> 00:00:27,420 Letting us see billions of years into the past. 13 00:00:27,420 --> 00:00:29,740 And it's not just about looking back in time either. 14 00:00:29,740 --> 00:00:33,660 It's revolutionizing how we understand things 15 00:00:33,660 --> 00:00:36,460 like how stars and planets form. 16 00:00:36,460 --> 00:00:39,180 Like those amazing pictures of stellar nurseries we've seen. 17 00:00:39,180 --> 00:00:40,060 Exactly. 18 00:00:40,060 --> 00:00:42,620 And it can even help us study the atmospheres of planets 19 00:00:42,620 --> 00:00:43,580 around other stars. 20 00:00:43,580 --> 00:00:45,460 Looking for signs of life, you mean. 21 00:00:45,460 --> 00:00:46,660 Exactly. 22 00:00:46,660 --> 00:00:50,340 So today we're going to take a deep dive into JWST. 23 00:00:50,340 --> 00:00:53,460 It's groundbreaking discoveries, the incredible engineering, 24 00:00:53,460 --> 00:00:55,460 and the mysteries it might solve in the future. 25 00:00:55,460 --> 00:00:58,940 Welcome to Cosmos in a Pod, Space, and Astronomy series. 26 00:00:58,940 --> 00:01:01,220 So let's start with the basics. 27 00:01:01,220 --> 00:01:03,580 What makes JWST so special? 28 00:01:03,580 --> 00:01:04,660 I mean, we already had Hubble. 29 00:01:04,660 --> 00:01:06,060 What makes this one different? 30 00:01:06,060 --> 00:01:07,620 Yeah, Hubble was a huge deal. 31 00:01:07,620 --> 00:01:09,820 But JWST, it's next level. 32 00:01:09,820 --> 00:01:11,340 First of all, it's way bigger. 33 00:01:11,340 --> 00:01:13,180 The mirror, the one that collects light, 34 00:01:13,180 --> 00:01:16,460 it's like over 2 and 1 half times larger than Hubble's. 35 00:01:16,460 --> 00:01:18,340 So bigger is better when it comes to telescopes. 36 00:01:18,340 --> 00:01:19,300 Oh, absolutely. 37 00:01:19,300 --> 00:01:21,720 A bigger mirror means it can gather more light. 38 00:01:21,720 --> 00:01:24,740 So it can see fainter objects farther away. 39 00:01:24,740 --> 00:01:28,180 Imagine like a giant bucket collecting rain 40 00:01:28,180 --> 00:01:29,780 versus a little cup. 41 00:01:29,780 --> 00:01:30,580 Makes sense. 42 00:01:30,580 --> 00:01:31,620 What else is different? 43 00:01:31,620 --> 00:01:35,300 Well, JWST mainly looks at the universe in infrared light, 44 00:01:35,300 --> 00:01:38,900 while Hubble mostly focused on visible and ultraviolet. 45 00:01:38,900 --> 00:01:40,900 Why is infrared light so important? 46 00:01:40,900 --> 00:01:44,300 OK, think of trying to see through fog, visible light. 47 00:01:44,300 --> 00:01:45,220 It gets scattered. 48 00:01:45,220 --> 00:01:46,420 You can't see much. 49 00:01:46,420 --> 00:01:48,500 But infrared light can cut right through. 50 00:01:48,500 --> 00:01:50,580 So it's like having special goggles that let you 51 00:01:50,580 --> 00:01:52,700 see through the cosmic fog. 52 00:01:52,700 --> 00:01:53,580 Exactly. 53 00:01:53,580 --> 00:01:57,900 And in space, that fog is dust and gas, blocking our view. 54 00:01:57,900 --> 00:02:00,620 But JWST sees right through it. 55 00:02:00,620 --> 00:02:01,420 That's incredible. 56 00:02:01,420 --> 00:02:02,060 So it's bigger. 57 00:02:02,060 --> 00:02:03,340 It has infrared vision. 58 00:02:03,340 --> 00:02:04,060 Anything else? 59 00:02:04,060 --> 00:02:04,540 Oh, yeah. 60 00:02:04,540 --> 00:02:05,180 It's location. 61 00:02:05,180 --> 00:02:06,660 It's not orbiting Earth like Hubble. 62 00:02:06,660 --> 00:02:09,260 It's about a million miles away at a place called 63 00:02:09,260 --> 00:02:11,620 the second Lagrange point, L2 for short. 64 00:02:11,620 --> 00:02:12,300 Yeah. 65 00:02:12,300 --> 00:02:14,940 Well, at L2, the gravity of the Earth and the sun 66 00:02:14,940 --> 00:02:16,100 kind of balance out. 67 00:02:16,100 --> 00:02:18,980 Let's JWST stay in a stable orbit. 68 00:02:18,980 --> 00:02:23,820 And being so far from Earth means no interference 69 00:02:23,820 --> 00:02:26,460 from our planet's heat and light. 70 00:02:26,460 --> 00:02:28,500 So a cosmic parking spot with a great view. 71 00:02:28,500 --> 00:02:29,220 You got it. 72 00:02:29,220 --> 00:02:32,180 And all these things combined, its size, the infrared, 73 00:02:32,180 --> 00:02:34,940 that perfect location, give us an incredible view 74 00:02:34,940 --> 00:02:37,220 of the universe, nothing we've ever had before. 75 00:02:37,220 --> 00:02:39,340 It sounds like the ultimate astronomical toolkit. 76 00:02:39,340 --> 00:02:40,460 It really is. 77 00:02:40,460 --> 00:02:43,060 Now, let's dive into some of what JWST is actually 78 00:02:43,060 --> 00:02:45,620 finding out there and the vastness of space. 79 00:02:45,620 --> 00:02:48,300 So one of the coolest things about JWST 80 00:02:48,300 --> 00:02:50,300 is that it can look back in time. 81 00:02:50,300 --> 00:02:50,900 Whoa, hold on. 82 00:02:50,900 --> 00:02:52,620 Really, how far back are we talking? 83 00:02:52,620 --> 00:02:56,340 We're talking about seeing the very first stars and galaxies. 84 00:02:56,340 --> 00:02:57,060 No way. 85 00:02:57,060 --> 00:02:58,740 The ones that formed after the Big Bang. 86 00:02:58,740 --> 00:03:01,180 Yep, over 13 billion years ago. 87 00:03:01,180 --> 00:03:02,380 That's just crazy. 88 00:03:02,380 --> 00:03:03,260 So how does it do that? 89 00:03:03,260 --> 00:03:05,180 Is it actually like a time machine or something? 90 00:03:05,180 --> 00:03:05,780 Well, kind of. 91 00:03:05,780 --> 00:03:08,180 It's all about how light travels. 92 00:03:08,180 --> 00:03:09,260 Light has a speed limit. 93 00:03:09,260 --> 00:03:10,540 Right, it's not instantaneous. 94 00:03:10,540 --> 00:03:11,100 Exactly. 95 00:03:11,100 --> 00:03:13,700 So the farther away something is, the longer 96 00:03:13,700 --> 00:03:15,540 it takes for its light to reach us. 97 00:03:15,540 --> 00:03:18,020 So when we look at those really distant objects. 98 00:03:18,020 --> 00:03:20,660 We're seeing them as they were billions of years ago. 99 00:03:20,660 --> 00:03:22,380 Wow, that's mind blowing. 100 00:03:22,380 --> 00:03:26,100 OK, so what has JWST actually seen? 101 00:03:26,100 --> 00:03:28,300 What do those early galaxies even look like? 102 00:03:28,300 --> 00:03:30,860 Well, they're definitely different from the galaxies 103 00:03:30,860 --> 00:03:32,140 we see around us today. 104 00:03:32,140 --> 00:03:32,780 How so? 105 00:03:32,780 --> 00:03:35,820 They're smaller, for one thing, and a lot more compact, 106 00:03:35,820 --> 00:03:37,500 less structured. 107 00:03:37,500 --> 00:03:38,900 Like baby galaxies. 108 00:03:38,900 --> 00:03:40,380 Yeah, that's a good way to put it. 109 00:03:40,380 --> 00:03:42,580 They're still in those early stages, you know? 110 00:03:42,580 --> 00:03:45,300 And JWST is giving us a chance to see 111 00:03:45,300 --> 00:03:47,540 how they evolve over time. 112 00:03:47,540 --> 00:03:48,820 That's amazing. 113 00:03:48,820 --> 00:03:49,980 What about star formation? 114 00:03:49,980 --> 00:03:52,340 I know we've seen some awesome images from JWST 115 00:03:52,340 --> 00:03:55,100 of those nebulae, the stellar nurseries. 116 00:03:55,100 --> 00:03:55,580 Right. 117 00:03:55,580 --> 00:03:58,900 So stars are born in those giant clouds of gas and dust. 118 00:03:58,900 --> 00:04:00,900 They're really dense and opaque, right? 119 00:04:00,900 --> 00:04:01,500 Exactly. 120 00:04:01,500 --> 00:04:03,140 With visible light, it's really hard 121 00:04:03,140 --> 00:04:04,580 to see what's going on inside. 122 00:04:04,580 --> 00:04:08,500 Ah, but JWST can see through that with its infrared vision. 123 00:04:08,500 --> 00:04:09,420 You got it. 124 00:04:09,420 --> 00:04:12,260 It's like having x-ray vision for space, you know? 125 00:04:12,260 --> 00:04:13,980 We can see those young stars forming, 126 00:04:13,980 --> 00:04:15,940 igniting all that intense radiation, 127 00:04:15,940 --> 00:04:18,140 shaping the surrounding gas and dust. 128 00:04:18,140 --> 00:04:21,220 And sometimes planets start forming around them too, right? 129 00:04:21,220 --> 00:04:22,260 Exactly. 130 00:04:22,260 --> 00:04:24,380 JWST is giving us so much more detail 131 00:04:24,380 --> 00:04:26,500 about how stars are born and evolve 132 00:04:26,500 --> 00:04:28,140 than we ever had before. 133 00:04:28,140 --> 00:04:28,660 Incredible. 134 00:04:28,660 --> 00:04:31,140 So we've talked about the early universe, star formation. 135 00:04:31,140 --> 00:04:31,640 Yeah. 136 00:04:31,640 --> 00:04:32,620 What about planets? 137 00:04:32,620 --> 00:04:34,420 You mentioned earlier that JWST can 138 00:04:34,420 --> 00:04:37,380 study the atmospheres of planets orbiting other stars. 139 00:04:37,380 --> 00:04:38,420 Yeah, exoplanets. 140 00:04:38,420 --> 00:04:41,220 That's one of the most exciting areas of research with JWST. 141 00:04:41,220 --> 00:04:42,260 For sure. 142 00:04:42,260 --> 00:04:44,300 And how does it actually study those atmospheres? 143 00:04:44,300 --> 00:04:47,100 Well, it analyzes the light that passes through the exoplanet's 144 00:04:47,100 --> 00:04:49,260 atmosphere and looks for the fingerprints 145 00:04:49,260 --> 00:04:50,740 of different molecules. 146 00:04:50,740 --> 00:04:53,660 So like figuring out what the air is made of on a planet 147 00:04:53,660 --> 00:04:54,620 light years away. 148 00:04:54,620 --> 00:04:55,220 Yep. 149 00:04:55,220 --> 00:04:58,460 We can learn about the planet's temperature, its composition, 150 00:04:58,460 --> 00:05:00,980 and even look for signs of, you know, life. 151 00:05:00,980 --> 00:05:01,780 Exactly. 152 00:05:01,780 --> 00:05:04,100 So has it found any signs of life yet? 153 00:05:04,100 --> 00:05:06,180 Well, no definitive proof yet, but it 154 00:05:06,180 --> 00:05:08,220 has found some amazing things. 155 00:05:08,220 --> 00:05:08,940 Like what? 156 00:05:08,940 --> 00:05:11,500 Well, for example, it detected water vapor 157 00:05:11,500 --> 00:05:15,580 in the atmosphere of a gas giant called WSP96B. 158 00:05:15,580 --> 00:05:16,980 Oh, water vapor. 159 00:05:16,980 --> 00:05:20,220 Isn't that like essential for life as we know it? 160 00:05:20,220 --> 00:05:20,780 It is. 161 00:05:20,780 --> 00:05:22,300 And that's just one example. 162 00:05:22,300 --> 00:05:24,900 JWST is giving us so much information 163 00:05:24,900 --> 00:05:26,300 about these distant worlds. 164 00:05:26,300 --> 00:05:29,420 It's really opening up a whole new chapter in the search 165 00:05:29,420 --> 00:05:30,780 for life beyond Earth. 166 00:05:30,780 --> 00:05:31,860 It's amazing. 167 00:05:31,860 --> 00:05:33,620 But I got to ask, how did they even 168 00:05:33,620 --> 00:05:35,300 build something like JWST? 169 00:05:35,300 --> 00:05:38,860 I mean, sending such a sensitive instrument a million miles away, 170 00:05:38,860 --> 00:05:39,580 that's insane. 171 00:05:39,580 --> 00:05:41,540 Yeah, it was a huge challenge for sure. 172 00:05:41,540 --> 00:05:43,500 Thousands of scientists and engineers 173 00:05:43,500 --> 00:05:46,340 all over the world worked on it for over 20 years. 174 00:05:46,340 --> 00:05:46,860 Wow. 175 00:05:46,860 --> 00:05:48,180 Talk about dedication. 176 00:05:48,180 --> 00:05:50,860 What were some of the biggest hurdles they had to overcome? 177 00:05:50,860 --> 00:05:54,100 Well, for starters, JWST is massive. 178 00:05:54,100 --> 00:05:57,860 The main mirror is so big that it wouldn't fit in any rocket. 179 00:05:57,860 --> 00:05:59,980 So how did they get it into space? 180 00:05:59,980 --> 00:06:02,540 They had to design it to fold up, like origami. 181 00:06:02,540 --> 00:06:03,220 No way. 182 00:06:03,220 --> 00:06:03,860 Seriously. 183 00:06:03,860 --> 00:06:04,620 Yeah. 184 00:06:04,620 --> 00:06:06,740 And then once it reached its destination, 185 00:06:06,740 --> 00:06:11,140 it had to unfold perfectly, all a million miles away from Earth. 186 00:06:11,140 --> 00:06:11,980 That's unbelievable. 187 00:06:11,980 --> 00:06:12,780 Talk about pressure. 188 00:06:12,780 --> 00:06:14,460 And what about keeping it safe from the sun? 189 00:06:14,460 --> 00:06:15,740 Well, that's where the sun shield comes in. 190 00:06:15,740 --> 00:06:17,740 It's huge, like the size of a tennis court. 191 00:06:17,740 --> 00:06:18,620 What does it do? 192 00:06:18,620 --> 00:06:21,540 It blocks the sunlight and heat, keeping the telescope's 193 00:06:21,540 --> 00:06:23,020 instruments super cold. 194 00:06:23,020 --> 00:06:24,860 Like a giant parasol in space. 195 00:06:24,860 --> 00:06:26,020 Exactly. 196 00:06:26,020 --> 00:06:27,740 And like everything else, that sun shield 197 00:06:27,740 --> 00:06:29,300 had to unfold perfectly, too. 198 00:06:29,300 --> 00:06:32,780 It was a nail-biter for the mission team, that's for sure. 199 00:06:32,780 --> 00:06:33,660 I bet. 200 00:06:33,660 --> 00:06:35,900 It's amazing that they pulled it off. 201 00:06:35,900 --> 00:06:38,500 But all that work, all that ingenuity, 202 00:06:38,500 --> 00:06:40,260 it must have cost a fortune. 203 00:06:40,260 --> 00:06:41,500 Yeah, it did. 204 00:06:41,500 --> 00:06:43,100 Billions of dollars, actually. 205 00:06:43,100 --> 00:06:46,220 And some people questioned whether it was worth it. 206 00:06:46,220 --> 00:06:47,740 I can see why. 207 00:06:47,740 --> 00:06:50,500 But I guess it's like any scientific endeavor, right? 208 00:06:50,500 --> 00:06:52,500 The potential payoff could be huge. 209 00:06:52,500 --> 00:06:53,620 That's right. 210 00:06:53,620 --> 00:06:56,220 We could discover things that lead to new technologies, 211 00:06:56,220 --> 00:06:59,020 inspire future scientists, even change 212 00:06:59,020 --> 00:07:01,580 our understanding of our place in the universe. 213 00:07:01,580 --> 00:07:02,540 That's priceless, right? 214 00:07:02,540 --> 00:07:03,580 I agree. 215 00:07:03,580 --> 00:07:05,900 But what about the fact that, unlike Hubble, 216 00:07:05,900 --> 00:07:07,940 JWST can't be serviced? 217 00:07:07,940 --> 00:07:09,900 Doesn't that mean it has a limited lifespan? 218 00:07:09,900 --> 00:07:10,780 Well, yeah, it does. 219 00:07:10,780 --> 00:07:12,660 It's on its own out there at L2. 220 00:07:12,660 --> 00:07:14,540 So it's a ticking time bomb, basically. 221 00:07:14,540 --> 00:07:15,540 Well, not exactly. 222 00:07:15,540 --> 00:07:17,460 It was designed to last at least 10 years. 223 00:07:17,460 --> 00:07:19,060 And so far, so good. 224 00:07:19,060 --> 00:07:20,020 That's good to hear. 225 00:07:20,020 --> 00:07:21,940 So we have this incredible telescope giving us 226 00:07:21,940 --> 00:07:22,900 all this new knowledge. 227 00:07:22,900 --> 00:07:24,740 But it's only got a limited time to do it. 228 00:07:24,740 --> 00:07:26,820 What's next for JWST? 229 00:07:26,820 --> 00:07:29,380 What other mysteries might it solve in the years to come? 230 00:07:29,380 --> 00:07:31,420 Well, we talked about some of the big ones, right? 231 00:07:31,420 --> 00:07:34,260 Like how those first stars and galaxies formed 232 00:07:34,260 --> 00:07:36,700 and looking for life on other planets. 233 00:07:36,700 --> 00:07:38,900 And it's already making some amazing discoveries. 234 00:07:38,900 --> 00:07:40,260 But what else is out there? 235 00:07:40,260 --> 00:07:42,740 What other mysteries could it help us solve? 236 00:07:42,740 --> 00:07:46,100 One area where JWST could really make a difference 237 00:07:46,100 --> 00:07:48,940 is in studying dark matter and dark energy. 238 00:07:48,940 --> 00:07:52,900 Dark matter and dark energy, those sound pretty intense. 239 00:07:52,900 --> 00:07:53,460 They are. 240 00:07:53,460 --> 00:07:55,100 They actually make up most of the universe. 241 00:07:55,100 --> 00:07:56,540 But we don't even know what they are yet. 242 00:07:56,540 --> 00:07:57,980 Wait, seriously, we can't even see them, right? 243 00:07:57,980 --> 00:07:58,460 Nope. 244 00:07:58,460 --> 00:08:01,220 They don't interact with light like regular matter. 245 00:08:01,220 --> 00:08:02,900 So they're invisible to us. 246 00:08:02,900 --> 00:08:04,060 But we know they're out there. 247 00:08:04,060 --> 00:08:06,060 We know they're there because of their gravity. 248 00:08:06,060 --> 00:08:09,700 We see how they affect things we can see, like galaxies 249 00:08:09,700 --> 00:08:11,660 or clusters of galaxies. 250 00:08:11,660 --> 00:08:15,940 So how can JWST study something invisible? 251 00:08:15,940 --> 00:08:18,740 It can observe how gravity bends light. 252 00:08:18,740 --> 00:08:20,740 It's called gravitational lensing. 253 00:08:20,740 --> 00:08:22,820 So like a cosmic magnifying glass. 254 00:08:22,820 --> 00:08:24,060 Exactly. 255 00:08:24,060 --> 00:08:26,020 By looking at those distorted images, 256 00:08:26,020 --> 00:08:29,100 astronomers can figure out where the dark matter is. 257 00:08:29,100 --> 00:08:30,300 Wow, that's wild. 258 00:08:30,300 --> 00:08:31,260 What about dark energy? 259 00:08:31,260 --> 00:08:32,340 What's that all about? 260 00:08:32,340 --> 00:08:34,460 Dark energy is even weirder. 261 00:08:34,460 --> 00:08:36,620 It seems to be making the expansion of the universe 262 00:08:36,620 --> 00:08:37,380 speed up. 263 00:08:37,380 --> 00:08:41,060 Whoa, so like everything is moving apart faster and faster. 264 00:08:41,060 --> 00:08:42,620 Yeah, that's the idea. 265 00:08:42,620 --> 00:08:46,300 And JWST can help us study that by looking at supernovae. 266 00:08:46,300 --> 00:08:48,300 Supernovae, you mean exploding stars? 267 00:08:48,300 --> 00:08:49,260 How do those help? 268 00:08:49,260 --> 00:08:51,180 Well, they're incredibly bright. 269 00:08:51,180 --> 00:08:54,540 And because they always explode with about the same brightness, 270 00:08:54,540 --> 00:08:57,140 we can use them to measure distances in space. 271 00:08:57,140 --> 00:09:00,340 And then by seeing how those distances change over time. 272 00:09:00,340 --> 00:09:02,100 We can see how the expansion of the universe 273 00:09:02,100 --> 00:09:03,940 has changed over billions of years. 274 00:09:03,940 --> 00:09:06,340 It gives us clues about what dark energy is 275 00:09:06,340 --> 00:09:08,100 and what it might do in the future. 276 00:09:08,100 --> 00:09:11,260 It's amazing that we can study these giant forces just 277 00:09:11,260 --> 00:09:12,580 by using a telescope. 278 00:09:12,580 --> 00:09:13,380 It really is. 279 00:09:13,380 --> 00:09:15,940 And JWST isn't working alone either. 280 00:09:15,940 --> 00:09:18,100 It's designed to work with other telescopes 281 00:09:18,100 --> 00:09:19,700 on Earth and in space. 282 00:09:19,700 --> 00:09:20,340 Right. 283 00:09:20,340 --> 00:09:22,900 Teamwork makes the dream work even in astronomy. 284 00:09:22,900 --> 00:09:23,660 Exactly. 285 00:09:23,660 --> 00:09:26,540 For example, there's the Nancy Grace Roman Space Telescope, 286 00:09:26,540 --> 00:09:27,980 which will be launching soon. 287 00:09:27,980 --> 00:09:30,180 They'll be doing these huge surveys of the sky. 288 00:09:30,180 --> 00:09:32,700 So while JWST is getting those close-ups, 289 00:09:32,700 --> 00:09:34,740 Roman will be taking the wide shots. 290 00:09:34,740 --> 00:09:35,780 You got it. 291 00:09:35,780 --> 00:09:38,380 They'll work together, giving us a more complete picture 292 00:09:38,380 --> 00:09:40,140 of the universe. 293 00:09:40,140 --> 00:09:43,220 And there are huge ground-based telescopes too, 294 00:09:43,220 --> 00:09:45,220 like the extremely large telescope. 295 00:09:45,220 --> 00:09:47,300 Couldn't I hear that it's going to have a mirror bigger 296 00:09:47,300 --> 00:09:48,460 than a basketball court? 297 00:09:48,460 --> 00:09:50,700 Almost 40 meters across. 298 00:09:50,700 --> 00:09:53,140 It'll be able to study exoplanet atmospheres 299 00:09:53,140 --> 00:09:56,780 in incredible detail, maybe even take pictures of some of them. 300 00:09:56,780 --> 00:09:57,660 Wow. 301 00:09:57,660 --> 00:09:59,580 So it really is a team effort with all 302 00:09:59,580 --> 00:10:00,700 these different telescopes. 303 00:10:00,700 --> 00:10:01,200 Definitely. 304 00:10:01,200 --> 00:10:04,140 And JWST is a huge part of that, pushing us forward, 305 00:10:04,140 --> 00:10:05,900 helping us make these new discoveries. 306 00:10:05,900 --> 00:10:08,380 It's an amazing time to be an astronomer, that's for sure. 307 00:10:08,380 --> 00:10:09,260 I agree. 308 00:10:09,260 --> 00:10:11,340 And it's not just about the science either, right? 309 00:10:11,340 --> 00:10:15,300 These discoveries, these images, they inspire people. 310 00:10:15,300 --> 00:10:18,500 Yeah, they remind us of just how incredible the universe is 311 00:10:18,500 --> 00:10:20,420 and how much there still is to learn. 312 00:10:20,420 --> 00:10:22,380 And who knows what we'll find next. 313 00:10:22,380 --> 00:10:26,460 JWST is proof that human curiosity and ingenuity, 314 00:10:26,460 --> 00:10:28,460 they can achieve amazing things. 315 00:10:28,460 --> 00:10:31,180 Well, this deep dive into the James Webb Space Telescope 316 00:10:31,180 --> 00:10:32,780 has been absolutely incredible. 317 00:10:32,780 --> 00:10:35,740 It's amazing to think about all the work, all the discoveries, 318 00:10:35,740 --> 00:10:38,060 and all the mysteries it's helping us unravel. 319 00:10:38,060 --> 00:10:40,940 It really is a marvel of modern science 320 00:10:40,940 --> 00:10:43,660 and a testament to the power of collaboration 321 00:10:43,660 --> 00:10:45,700 and pushing the boundaries of what we know. 322 00:10:45,700 --> 00:10:48,100 And if you want to keep exploring the wonders of the cosmos 323 00:10:48,100 --> 00:10:50,500 with us, be sure to follow and subscribe to Cosmos 324 00:10:50,500 --> 00:10:52,340 in a pod and our YouTube channel. 325 00:10:52,340 --> 00:11:08,940 We've got so much more to uncover.