WEBVTT 00:00:00.000 --> 00:00:02.580 You ever think about those technologies that 00:00:02.580 --> 00:00:05.860 sound totally out there, straight out of science 00:00:05.860 --> 00:00:08.740 fiction, but they're kind of getting closer to 00:00:08.740 --> 00:00:11.560 reality, you know? That's what we're diving into 00:00:11.560 --> 00:00:14.859 today, quantum computing. Yeah, we've got a whole 00:00:14.859 --> 00:00:17.179 bunch of fascinating material about it and how 00:00:17.179 --> 00:00:20.120 it could completely revolutionize our everyday 00:00:20.120 --> 00:00:21.940 lives. It might change things in ways we haven't 00:00:21.940 --> 00:00:23.980 even thought of yet. Seriously, some of this 00:00:23.980 --> 00:00:27.019 stuff we found is wild. We're talking about potential 00:00:27.019 --> 00:00:30.050 cures. for diseases like cancer, totally new 00:00:30.050 --> 00:00:33.030 ways of getting energy, maybe even figuring out 00:00:33.030 --> 00:00:35.810 how to live longer, like a lot longer. It's not 00:00:35.810 --> 00:00:37.929 just about faster computers. It's like a whole 00:00:37.929 --> 00:00:40.109 new way of thinking about what computers can 00:00:40.109 --> 00:00:42.609 even do. And that's what we want to unpack in 00:00:42.609 --> 00:00:44.969 this deep dive. What are the big ideas and what 00:00:44.969 --> 00:00:46.929 do they mean for you? OK, so let's start with 00:00:46.929 --> 00:00:50.429 something that sounds like super futuristic quantum 00:00:50.429 --> 00:00:53.439 AI. Right. What we found really interesting is 00:00:53.439 --> 00:00:55.579 how quantum computing and artificial intelligence 00:00:55.579 --> 00:00:58.439 are coming together. It's not just about making 00:00:58.439 --> 00:01:02.039 AI faster. It's about giving AI totally new ways 00:01:02.039 --> 00:01:05.120 to learn and solve problems. Yeah, like quantum 00:01:05.120 --> 00:01:07.799 computers can process these huge amounts of data 00:01:07.799 --> 00:01:10.239 all at once, which is something normal computers 00:01:10.239 --> 00:01:12.500 just can't do. Yeah. And when you combine that 00:01:12.500 --> 00:01:15.519 with AI... the possibilities are pretty mind 00:01:15.519 --> 00:01:17.840 blowing. Exactly. It's like imagine being able 00:01:17.840 --> 00:01:20.400 to analyze every single piece of information 00:01:20.400 --> 00:01:23.519 in a huge database all at the same time. That's 00:01:23.519 --> 00:01:25.340 the kind of power we're talking about. And it 00:01:25.340 --> 00:01:30.180 could lead to super advanced AI way sooner than 00:01:30.180 --> 00:01:32.239 we think. So it's not just about getting to the 00:01:32.239 --> 00:01:34.359 same AI faster. It's about getting to a much 00:01:34.359 --> 00:01:37.480 more powerful AI much sooner. Yeah, exactly. 00:01:37.680 --> 00:01:40.060 And that could have huge implications for everything 00:01:40.060 --> 00:01:43.760 from how we interact with technology to how we 00:01:43.760 --> 00:01:45.579 solve some of the world's biggest problems. So 00:01:45.579 --> 00:01:47.620 what are some specific things that this quantum 00:01:47.620 --> 00:01:50.150 AI could be good at? Well, imagine AI that can 00:01:50.150 --> 00:01:52.310 actually understand human language. Like, not 00:01:52.310 --> 00:01:54.469 just recognize words, but really get the meaning 00:01:54.469 --> 00:01:56.510 behind them. That could lead to virtual assistants 00:01:56.510 --> 00:01:58.969 that actually feel like they get you. Or in healthcare, 00:01:59.390 --> 00:02:01.730 AI that can look at medical images or tons of 00:02:01.730 --> 00:02:04.849 genetic data and diagnose diseases way earlier 00:02:04.849 --> 00:02:08.419 and more accurately. Totally. And in finance, 00:02:09.020 --> 00:02:11.479 maybe we could predict market trends way better, 00:02:11.680 --> 00:02:14.120 make smarter investments, and avoid those big 00:02:14.120 --> 00:02:16.460 financial crashes. It seems like a lot of this 00:02:16.460 --> 00:02:20.400 comes down to being able to simulate really complex 00:02:20.400 --> 00:02:23.539 stuff, like how molecules interact. And our sources 00:02:23.539 --> 00:02:26.219 say quantum computers are way better at that 00:02:26.219 --> 00:02:28.680 than regular computers. Right. So think about 00:02:28.680 --> 00:02:30.599 like designing a new drug. You got to figure 00:02:30.599 --> 00:02:32.080 out how it's going to interact with all the different 00:02:32.080 --> 00:02:34.240 molecules in your body. That's a ton of calculations. 00:02:34.560 --> 00:02:36.960 And it can take years to do with a normal computer. 00:02:37.319 --> 00:02:39.520 But a quantum computer could potentially do it 00:02:39.520 --> 00:02:43.060 in like days or even hours. Wow. That's a huge 00:02:43.060 --> 00:02:44.759 difference. OK. Let's switch gears a bit and 00:02:44.759 --> 00:02:47.400 talk about health care. I mean, everybody cares 00:02:47.400 --> 00:02:49.500 about their health. Right. And our sources are 00:02:49.500 --> 00:02:51.319 saying that quantum computing could be absolutely 00:02:51.319 --> 00:02:54.319 game changing for treating diseases, especially 00:02:54.319 --> 00:02:56.560 cancer. Definitely. Like, one of the biggest 00:02:56.560 --> 00:02:58.879 problems with drug discovery is it takes so long 00:02:58.879 --> 00:03:01.039 and costs so much money to develop new treatments. 00:03:01.500 --> 00:03:03.400 But quantum computers could potentially make 00:03:03.400 --> 00:03:06.460 that process way faster and cheaper. So how would 00:03:06.460 --> 00:03:09.560 that work? Well, imagine being able to simulate 00:03:09.560 --> 00:03:12.319 how different drug molecules interact with cancer 00:03:12.319 --> 00:03:14.379 cells before you even have to test them in a 00:03:14.379 --> 00:03:16.620 lab. That's what quantum computers could do, 00:03:16.639 --> 00:03:18.500 and it could cut down the development time for 00:03:18.500 --> 00:03:21.500 new drugs from years to maybe weeks. That would 00:03:21.500 --> 00:03:23.580 be incredible. Yeah. What about personalized 00:03:23.580 --> 00:03:25.979 medicine, where treatments are tailored to your 00:03:25.979 --> 00:03:29.280 specific genes? Our sources say quantum computing 00:03:29.280 --> 00:03:31.819 could play a big role there too. Right, because 00:03:31.819 --> 00:03:34.699 analyzing all the data in your DNA is a massive 00:03:34.699 --> 00:03:37.599 computational task. But quantum computers could 00:03:37.599 --> 00:03:40.039 make it possible to analyze your entire genome 00:03:40.039 --> 00:03:42.719 quickly and accurately so doctors could figure 00:03:42.719 --> 00:03:44.900 out the best treatment for you based on your 00:03:44.900 --> 00:03:47.340 unique genetic makeup. That sounds like science 00:03:47.340 --> 00:03:49.939 fiction, but it seems like it could be a reality 00:03:49.939 --> 00:03:52.819 sooner than we think. What about other diseases 00:03:52.819 --> 00:03:55.819 like Alzheimer's or Parkinson's? Can quantum 00:03:55.819 --> 00:03:58.259 computing help with those, too? It's definitely 00:03:58.259 --> 00:04:00.740 a possibility. These diseases are really complex. 00:04:01.020 --> 00:04:02.840 But quantum computers could help us understand 00:04:02.840 --> 00:04:06.180 how they work at a much deeper level. By simulating 00:04:06.180 --> 00:04:08.879 the brain, we might be able to identify new targets 00:04:08.879 --> 00:04:11.180 for drugs or therapies that could slow down or 00:04:11.180 --> 00:04:13.479 even reverse these diseases. So it's not just 00:04:13.479 --> 00:04:15.500 about finding new treatments. It's about understanding 00:04:15.500 --> 00:04:18.620 diseases in a whole new way. Yeah. And that could 00:04:18.620 --> 00:04:20.920 be a total game changer for how we approach health 00:04:20.920 --> 00:04:22.879 care in the future. All right. Let's move on 00:04:22.879 --> 00:04:25.930 to another big challenge, energy. I mean, everyone 00:04:25.930 --> 00:04:28.050 needs energy, right? And we're always looking 00:04:28.050 --> 00:04:31.110 for cleaner and more sustainable sources. Our 00:04:31.110 --> 00:04:34.110 sources say quantum computing could help us finally 00:04:34.110 --> 00:04:37.629 crack fusion power, which would be a huge deal. 00:04:38.050 --> 00:04:40.230 Yeah, fusion has been the energy of the future 00:04:40.230 --> 00:04:43.689 for, like, decades. But it's really hard to make 00:04:43.689 --> 00:04:45.850 it work. Basically, you need to create conditions 00:04:45.850 --> 00:04:48.110 like the inside of the sun here on Earth, which 00:04:48.110 --> 00:04:50.959 is not easy. Sounds kind of dangerous. It definitely 00:04:50.959 --> 00:04:53.839 has its challenges, but the payoff would be huge. 00:04:54.259 --> 00:04:57.060 Fusion power is incredibly efficient and produces 00:04:57.060 --> 00:04:59.120 very little waste, so it would be a game changer 00:04:59.120 --> 00:05:02.120 for clean energy. So how can quantum computing 00:05:02.120 --> 00:05:05.300 help us make fusion a reality? Well, one of the 00:05:05.300 --> 00:05:08.300 biggest problems is understanding how the super 00:05:08.300 --> 00:05:12.100 hot plasma behaves inside a fusion reactor. It's 00:05:12.100 --> 00:05:14.819 really complex and turbulent, and our current 00:05:14.819 --> 00:05:17.459 computers aren't great at simulating it. But 00:05:17.459 --> 00:05:20.079 quantum computers could potentially simulate 00:05:20.079 --> 00:05:23.339 plasma behavior much more accurately, which could 00:05:23.339 --> 00:05:25.879 help us design better reactors and finally get 00:05:25.879 --> 00:05:28.120 fusion to work. So it's like we need to understand 00:05:28.120 --> 00:05:30.399 the science better before we can build the technology. 00:05:30.699 --> 00:05:32.720 Yeah, and quantum computing could be the key 00:05:32.720 --> 00:05:34.980 to unlocking that understanding. Okay, let's 00:05:34.980 --> 00:05:37.879 zoom out to a bigger picture. Space exploration. 00:05:39.120 --> 00:05:41.420 Our sources say quantum computing could help 00:05:41.420 --> 00:05:43.660 us solve some of the biggest mysteries of the 00:05:43.660 --> 00:05:46.779 universe, like black holes and dark matter. Yeah, 00:05:46.839 --> 00:05:48.879 space is full of these crazy phenomena that we 00:05:48.879 --> 00:05:51.560 just don't fully understand yet. But with quantum 00:05:51.560 --> 00:05:53.279 computers, we might be able to simulate these 00:05:53.279 --> 00:05:55.060 things and get some real answers. So what are 00:05:55.060 --> 00:05:56.740 some of the questions we might be able to answer? 00:05:56.939 --> 00:05:59.259 Well, we could learn more about how black holes 00:05:59.259 --> 00:06:01.600 form and what happens inside them. We could figure 00:06:01.600 --> 00:06:04.060 out what dark matter actually is, which is something 00:06:04.060 --> 00:06:06.459 that's been stumping scientists for decades. 00:06:07.079 --> 00:06:09.740 We might even be able to simulate the very early 00:06:09.740 --> 00:06:12.300 universe and understand how it all began. That's 00:06:12.300 --> 00:06:14.100 pretty mind -blowing stuff. Okay, let's bring 00:06:14.100 --> 00:06:16.720 it back down to Earth a bit. Our sources also 00:06:16.720 --> 00:06:19.740 talk about the possibility of radically extending 00:06:19.740 --> 00:06:23.819 human lifespan, maybe even achieving some form 00:06:23.819 --> 00:06:26.850 of immortality using quantum computing. Wayne, 00:06:27.029 --> 00:06:28.930 that sounds like pure science fiction. I know, 00:06:29.050 --> 00:06:31.069 right? It does sound pretty out there. But the 00:06:31.069 --> 00:06:33.209 idea is that quantum computers could help us 00:06:33.209 --> 00:06:35.370 understand the aging process at a much deeper 00:06:35.370 --> 00:06:37.829 level. And then maybe we could use that knowledge 00:06:37.829 --> 00:06:40.629 to slow it down or even reverse it. So it's like, 00:06:40.790 --> 00:06:43.250 we could potentially hack our own biology. In 00:06:43.250 --> 00:06:46.050 a way, yeah. Imagine being able to identify the 00:06:46.050 --> 00:06:48.750 specific genes that cause aging and then use 00:06:48.750 --> 00:06:50.990 gene editing or other technologies to turn them 00:06:50.990 --> 00:06:53.610 off or modify them. It's still very early days, 00:06:53.649 --> 00:06:55.670 but it's an exciting possibility. What about 00:06:55.670 --> 00:06:57.970 regenerative medicine like growing new organs? 00:06:58.529 --> 00:07:01.329 Could quantum computing help with that too? Definitely. 00:07:01.800 --> 00:07:05.000 Growing organs in a lab is really hard, but quantum 00:07:05.000 --> 00:07:07.459 simulations could help us understand how cells 00:07:07.459 --> 00:07:10.139 differentiate and grow into tissues. That could 00:07:10.139 --> 00:07:12.180 lead to breakthroughs in regenerative medicine 00:07:12.180 --> 00:07:14.319 and maybe even make organ transplants a thing 00:07:14.319 --> 00:07:17.720 of the past. Okay, let's shift gears again and 00:07:17.720 --> 00:07:20.279 talk about the quantum internet. This is something 00:07:20.279 --> 00:07:22.240 that could change how we communicate in a really 00:07:22.240 --> 00:07:24.800 big way, right? Totally. The quantum internet 00:07:24.800 --> 00:07:27.019 wouldn't just be faster, it would also be way 00:07:27.019 --> 00:07:29.279 more secure. Like, imagine being able to send 00:07:29.279 --> 00:07:31.860 information that's literally impossible to hack. 00:07:32.259 --> 00:07:34.379 That's what quantum key distribution could do. 00:07:34.759 --> 00:07:37.199 Wait, impossible to hack? How is that even possible? 00:07:37.360 --> 00:07:40.000 It's based on the laws of physics. When you use 00:07:40.000 --> 00:07:43.060 quantum entanglement to create keys, any attempt 00:07:43.060 --> 00:07:44.879 to intercept the message would change the key 00:07:44.879 --> 00:07:47.100 itself, so the sender and receiver would know 00:07:47.100 --> 00:07:49.319 immediately that someone was trying to eavesdrop. 00:07:49.600 --> 00:07:52.839 Wow, that's pretty clever. So what else could 00:07:52.839 --> 00:07:54.920 we do with the quantum internet? We could create 00:07:54.920 --> 00:07:57.300 networks of quantum computers that could work 00:07:57.300 --> 00:08:00.180 together to solve really complex problems. We 00:08:00.180 --> 00:08:02.199 could develop new forms of communication that 00:08:02.199 --> 00:08:04.360 are faster and more efficient than anything we 00:08:04.360 --> 00:08:06.759 have today. It could be a total game changer. 00:08:07.199 --> 00:08:10.279 OK, this one's a bit freaky. Our sources say 00:08:10.279 --> 00:08:13.459 quantum computing could allow us to simulate 00:08:13.459 --> 00:08:16.180 the human brain in detail, like really understand 00:08:16.180 --> 00:08:19.079 how it works. That's kind of scary. but also 00:08:19.079 --> 00:08:21.420 really fascinating. I know, right? It's a bit 00:08:21.420 --> 00:08:23.579 mind -boggling. But think about what we could 00:08:23.579 --> 00:08:25.800 learn. We could understand how consciousness 00:08:25.800 --> 00:08:29.240 works, how memories are formed, maybe even what 00:08:29.240 --> 00:08:31.500 makes us who we are. And that could have huge 00:08:31.500 --> 00:08:34.899 implications for AI, right? Like, we could potentially 00:08:34.899 --> 00:08:37.440 create AI that's as smart as humans. Yeah, or 00:08:37.440 --> 00:08:39.720 maybe even smarter. It's a bit unsettling, but 00:08:39.720 --> 00:08:42.039 also exciting to think about. OK, let's talk 00:08:42.039 --> 00:08:44.639 about something a bit more practical. Room temperature 00:08:44.639 --> 00:08:47.580 superconductors. I know this sounds like something 00:08:47.580 --> 00:08:49.620 out of a physics textbook, but it could have 00:08:49.620 --> 00:08:52.379 a huge impact on our everyday lives. Definitely. 00:08:52.960 --> 00:08:55.220 Superconductors are these amazing materials that 00:08:55.220 --> 00:08:57.600 can conduct electricity with zero resistance, 00:08:57.820 --> 00:09:00.700 which means no energy loss. But the problem is, 00:09:00.940 --> 00:09:03.940 they only work at super low temperatures. If 00:09:03.940 --> 00:09:05.539 we could make them work at room temperature, 00:09:05.639 --> 00:09:07.980 it would be a total revolution. So what would 00:09:07.980 --> 00:09:10.320 change? We could make power grids that are way 00:09:10.320 --> 00:09:12.679 more efficient so we'd waste less energy. We 00:09:12.679 --> 00:09:14.720 could... develop new types of electronics that 00:09:14.720 --> 00:09:17.700 are faster and more powerful. We could even build 00:09:17.700 --> 00:09:20.440 maglev trains that float on magnetic fields and 00:09:20.440 --> 00:09:22.840 travel at super high speeds. Wow, that sounds 00:09:22.840 --> 00:09:25.200 like a whole new world. And our sources say quantum 00:09:25.200 --> 00:09:27.620 computing could be the key to making it happen. 00:09:27.840 --> 00:09:30.019 Yeah, because designing new materials is really 00:09:30.019 --> 00:09:32.360 hard. It's like trying to find a needle in a 00:09:32.360 --> 00:09:35.200 haystack. But quantum computers could simulate 00:09:35.200 --> 00:09:37.279 different materials and help us find the ones 00:09:37.279 --> 00:09:39.480 that have the properties we want. OK, let's talk 00:09:39.480 --> 00:09:42.179 about something we all use every day, batteries. 00:09:42.820 --> 00:09:45.019 I'm always running out of battery on my phone. 00:09:45.980 --> 00:09:48.679 Could quantum computing help us make better batteries? 00:09:49.179 --> 00:09:51.940 Absolutely. Right now, batteries are limited 00:09:51.940 --> 00:09:53.860 by things like how much energy they can store 00:09:53.860 --> 00:09:56.820 and how long they last. But with quantum computing, 00:09:57.039 --> 00:09:59.480 we could design new battery materials that are 00:09:59.480 --> 00:10:02.059 way more efficient and longer lasting. So maybe 00:10:02.059 --> 00:10:04.039 my phone would actually last a whole day without 00:10:04.039 --> 00:10:07.059 needing a charge. Maybe even longer. And it's 00:10:07.059 --> 00:10:09.539 not just about phones. Think about electric cars. 00:10:09.679 --> 00:10:11.840 If we can make better batteries, electric cars 00:10:11.840 --> 00:10:13.940 could go further and charge faster, which would 00:10:13.940 --> 00:10:16.960 be a huge boost for clean transportation. Okay, 00:10:17.179 --> 00:10:18.879 let's switch gears one last time and talk about 00:10:18.879 --> 00:10:21.879 encryption. Seems like every day there's a new 00:10:21.879 --> 00:10:24.440 story about a data breach or some kind of hacking. 00:10:25.139 --> 00:10:27.460 Can quantum computing make our data more secure? 00:10:28.039 --> 00:10:30.440 Yeah, it's a bit of a double -edged sword. Quantum 00:10:30.440 --> 00:10:32.419 computers could break a lot of the encryption 00:10:32.419 --> 00:10:34.759 we use today, which is kind of scary. But they 00:10:34.759 --> 00:10:36.679 can also create new forms of encryption that 00:10:36.679 --> 00:10:39.559 are virtually unbreakable. Unbreakable. So no 00:10:39.559 --> 00:10:42.100 more hackers. Well, it's not that simple. But 00:10:42.100 --> 00:10:44.779 quantum key distribution, or QKD, could make 00:10:44.779 --> 00:10:47.299 it practically impossible to hack into secure 00:10:47.299 --> 00:10:49.899 communications. It's based on the laws of physics, 00:10:49.940 --> 00:10:51.720 so it's not something that can be easily cracked 00:10:51.720 --> 00:10:54.419 with a computer. That's pretty amazing. So even 00:10:54.419 --> 00:10:56.320 though quantum computing might create some new 00:10:56.320 --> 00:10:58.559 challenges, it also seems like it could solve 00:10:58.559 --> 00:11:01.179 some really big problems like climate change 00:11:01.179 --> 00:11:03.840 and natural disasters. Right. Quantum computing 00:11:03.840 --> 00:11:06.200 could help us design better renewable energy 00:11:06.200 --> 00:11:09.340 systems, capture carbon dioxide from the atmosphere, 00:11:09.340 --> 00:11:12.240 and even predict natural disasters more accurately. 00:11:12.480 --> 00:11:14.539 It's a tool that could help us create a more 00:11:14.539 --> 00:11:17.419 sustainable and resilient future. OK, this might 00:11:17.419 --> 00:11:19.980 be the craziest one yet. Yeah. Our sources mentioned 00:11:19.980 --> 00:11:23.039 something called artificial photosynthesis, which 00:11:23.039 --> 00:11:24.620 sounds like something straight out of a science 00:11:24.620 --> 00:11:27.039 fiction movie. I know, right? But it's basically 00:11:27.039 --> 00:11:30.240 about copying how plants use sunlight to create 00:11:30.240 --> 00:11:33.289 energy. If we can figure out how to do that efficiently, 00:11:33.809 --> 00:11:35.889 it would be a game changer for clean energy. 00:11:36.169 --> 00:11:38.450 So we could literally create energy from sunlight. 00:11:38.870 --> 00:11:41.250 Exactly. And it would be completely clean and 00:11:41.250 --> 00:11:43.210 sustainable. It's a really exciting possibility. 00:11:43.490 --> 00:11:46.049 OK, this one's just for fun. Our sources talk 00:11:46.049 --> 00:11:48.710 about creating hyper -realistic virtual environments, 00:11:48.990 --> 00:11:50.429 like so real you can't even tell the difference. 00:11:50.809 --> 00:11:52.070 I mean, that sounds like something out of The 00:11:52.070 --> 00:11:56.539 Matrix. I know, right? But it's not as far -fetched 00:11:56.539 --> 00:11:59.159 as it sounds. With quantum computing, we could 00:11:59.159 --> 00:12:02.620 simulate the physical world with incredible detail, 00:12:03.179 --> 00:12:05.580 creating virtual experiences that are totally 00:12:05.580 --> 00:12:07.940 immersive. So what could we do with that? We 00:12:07.940 --> 00:12:10.940 could create incredible video games, train people 00:12:10.940 --> 00:12:14.639 for dangerous jobs in virtual reality, even hold 00:12:14.639 --> 00:12:17.080 meetings in virtual spaces that feel like we're 00:12:17.080 --> 00:12:19.720 all in the same room. It could change the way 00:12:19.720 --> 00:12:22.299 we interact with the world. And finally, our 00:12:22.299 --> 00:12:24.799 sources touch on something called synthetic biology, 00:12:25.419 --> 00:12:28.679 which is basically engineering new forms of life. 00:12:29.139 --> 00:12:31.720 I mean, that sounds kind of scary, but also really 00:12:31.720 --> 00:12:33.799 cool. It's definitely a powerful technology, 00:12:33.860 --> 00:12:35.899 and it has the potential to do a lot of good. 00:12:36.399 --> 00:12:39.019 With quantum computing, we could design organisms 00:12:39.019 --> 00:12:42.019 that can produce new medicines, clean up pollution, 00:12:42.399 --> 00:12:45.620 even create new food sources. It's a bit mind 00:12:45.620 --> 00:12:47.799 -boggling, but also really exciting. Well, we've 00:12:47.799 --> 00:12:49.779 covered a lot of ground today. It's clear that 00:12:49.779 --> 00:12:51.580 quantum computing is going to have a huge impact 00:12:51.580 --> 00:12:54.299 on just about every aspect of our lives. Definitely. 00:12:54.419 --> 00:12:56.399 It's one of the most transformative technologies 00:12:56.399 --> 00:12:59.879 we've ever seen. And the crazy thing is, we're 00:12:59.879 --> 00:13:02.799 probably only just scratching the surface of 00:13:02.799 --> 00:13:06.490 what it can do. Who knows what amazing things 00:13:06.490 --> 00:13:08.370 we'll be able to achieve with quantum computing 00:13:08.370 --> 00:13:11.389 in the future. It's hard to even imagine. Well, 00:13:11.389 --> 00:13:13.450 that's all the time we have for today. We hope 00:13:13.450 --> 00:13:15.389 you found this deep dive into quantum computing 00:13:15.389 --> 00:13:18.470 as fascinating as we did. It's definitely a lot 00:13:18.470 --> 00:13:20.370 to think about, but it's clear that we're on 00:13:20.370 --> 00:13:23.289 the verge of a technological revolution, and 00:13:23.289 --> 00:13:24.649 it's going to be amazing to see what happens 00:13:24.649 --> 00:13:28.190 next. Absolutely. So what are you most excited 00:13:28.190 --> 00:13:30.269 or maybe even a little nervous about when it 00:13:30.269 --> 00:13:32.539 comes all this quantum stuff? Think about it, 00:13:32.799 --> 00:13:34.320 and we'll see you next time for another deep 00:13:34.320 --> 00:13:35.679 dive into the future. See you then.