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Okay, so we got a lot to unpack today.

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You've sent over a really interesting mix of articles.

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Everything from Amazon's AI strategy to clear reactors.

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Yeah, clear reactors.

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I mean, it's pretty wild.

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Who saw that coming?

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It is an unexpected turn.

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Yeah. Right.

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But I think it highlights how AI is impacting not just the tech world,

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but like energy production and, you know, all of these things are.

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It's all connected.

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Inacted. Totally.

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So today, our mission is to kind of untangle these connections

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to figure out who the major players are.

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And most importantly, separate the AI hype from reality.

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Yeah.

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And I think a good place to start is with Amazon.

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Okay.

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One article you shared suggests that AWS, their cloud computing arm,

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might have fumbled a bit in the generative AI race.

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Yeah, that's right.

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While companies like OpenAI were making headlines with chat GPT, AWS

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seemed to be a little slow off the mark.

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And, you know, this wasn't just about missing a trend.

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It sounds like they may have underestimated the demand for these tools.

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And then to make matters worse, they lost a key player, Matt Wood,

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a top AI executive who recently left AWS.

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Okay. So not just missing the boat,

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but maybe some internal turmoil too.

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Right.

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Not a good look for them.

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So how is AWS responding to this?

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Well, their new CEO, Matt Garmin,

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seems to be aware of the need to catch up.

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Okay.

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They're aggressively acquiring AI startups like Anthropic,

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which is known for its work on the safer AI development.

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And they've been investing heavily in their own large language models,

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even claiming to have a multi-billion dollar generative AI business already.

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Wow.

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They're also promising cheaper and faster AI tools for developers

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trying to position themselves as the more cost effective option.

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So it's like they're trying to make up for a lost time with a full on AI blitz.

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The big question is, is it going to be enough?

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Can they really catch up after such a late start?

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Yeah.

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Especially when the technology is evolving so rapidly.

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It's a classic case of better late than never,

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but whether it's enough to reclaim the top spot remains to be seen.

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Especially since their solution to powering all this AI

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involves a pretty controversial move, nuclear power.

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Well, nuclear power, that seems a little extreme,

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even for a company like Amazon.

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Right. But here's the thing.

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AI, particularly the kind of large scale AI

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that companies like Amazon and Google are building,

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requires a massive amount of energy.

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Period.

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And they're looking for ways to power these systems

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in a way that's both sustainable and reliable.

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OK, I get the need for energy, but why nuclear?

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I feel like there are other.

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Let's say controversial options out there.

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Why not just go all in on solar or wind power?

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Those are certainly part of the mix,

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but the reality is that renewable energy sources like solar and wind

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can be intermittent.

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Right.

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The sun doesn't always shine, the wind doesn't always blow.

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And for something as data intensive as AI,

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a consistent and reliable power source is essential.

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Yeah.

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That's where these companies see nuclear power fitting in.

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So they're saying it's about reliability,

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but are there specific types of nuclear power

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they're looking at?

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Because when most people hear nuclear, they think Chernobyl.

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Yeah.

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And that's not exactly reassuring.

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You're right.

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And both Amazon and Google have been investing

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in what they're calling a new breed of nuclear reactors

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called small modular reactors.

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Or SMRs.

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Oh, OK.

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The idea is that these reactors are smaller, more efficient,

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and potentially safer than traditional nuclear plants.

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They argue that this technology can provide

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a consistent carbon-free energy source

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to meet the growing demands of AI and other data-heavy technologies.

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OK, so smaller, more efficient, potentially safer.

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That sounds good on paper.

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But I can't imagine it's that simple.

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Yeah.

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I mean, are these SMRs even a proven technology?

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Right.

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You hit on some of the big questions there.

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SMRs are a relatively new technology.

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And while there are pilot projects underway,

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they haven't been deployed on a large scale yet.

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OK.

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So there's definitely a degree of uncertainty

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about their feasibility and their actual safety record.

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And of course, there's the whole issue of public perception.

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Right.

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Nuclear power has a lot of baggage.

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And it's hard to imagine that just shrinking the reactors down

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is going to magically erase those concerns.

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Absolutely.

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Gaining public trust and navigating regulatory hurdles

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will be major challenges for Amazon and Google

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as they pursue this path.

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Yeah.

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It's a gamble, for sure.

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But it highlights the lengths they're

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willing to go to secure their position in the AI race.

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But speaking of the AI landscape,

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while the big players are making these massive bets

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on nuclear-powered data centers, there's

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another trend emerging that's worth exploring.

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Small language models.

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Or SLMs.

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Right.

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Those were mentioned in one of the articles, too.

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Can you remind me what those are all about?

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Yeah, so think of them as specialized AI tools.

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OK.

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Instead of trying to do everything like chatGBT or Google's

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barred SLMs, our laser focused on specific tasks

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like translating languages.

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Generating different kinds of creative text formats.

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Or writing different kinds of code.

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And because they're more focused,

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they require less computing power,

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making them cheaper to develop and deploy.

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OK.

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So instead of one giant AI brain trying to do it all,

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we have these smaller, more specialized AI's.

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Exactly.

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That actually makes a lot of sense.

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What are some examples of how these SLMs are being

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used in the real world?

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One fascinating example is a company called Mistral.

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OK.

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They've created a suite of SLMs called

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Le Ministreux, that are designed to run on everyday devices

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like laptops and smartphones.

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Wow.

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These models are tailored for tasks

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like writing, marketing, copy generating code,

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and specific programming languages.

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Or even creating personalized music.

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Wow.

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The fact that they can run locally on your device

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means you don't need a massive data center

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to use them, making AI more accessible and affordable.

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AI in your pocket.

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Yeah.

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That's pretty amazing.

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But what does this shift towards smaller, more specialized AI

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mean for the average person?

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Are we talking about a future where everyone

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has their own personal AI assistant?

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Or is this more about businesses using AI

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in new and creative ways?

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It's probably a bit of both.

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On the one hand, we're already seeing AI systems become

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more commonplace in our smartphones and smart homes.

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These SLMs could make those systems even more powerful

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and personalized.

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But on a broader level, this trend towards specialization

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could be really transformative for businesses,

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especially smaller companies or startups.

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So instead of needing massive budgets

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to develop their own AI companies,

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we could just plug in these specialized SLMs

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to automate specific tasks or improve their existing workflows.

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I can see how that would be a game changer.

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Exactly.

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It lowers the barrier to entry for AI adoption.

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And it allows for more targeted and efficient use

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of this technology.

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And this brings us to another crucial question.

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The future of work.

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The future of work.

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Yeah.

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It feels like every time we talk about AI,

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that topic looms large.

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Is this where we finally see widespread job displacement?

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It's a valid concern.

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And it's definitely something we need to be mindful of.

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But I think it's not necessarily

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about AI replacing jobs outright.

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It's more nuanced than that.

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Remember those neural symbolic AI systems

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we talked about earlier, the ones designed to mimic

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the reasoning of a lawyer?

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Right, the ones that could potentially revolutionize

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legal work.

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But you're saying it's bigger than just one profession.

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Exactly.

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This type of AI, which combines intuitive reasoning

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with large scale data processing.

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Has implications for any job that

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requires analysis decision making?

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Problem solving.

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You know, that's a lot of jobs.

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Yeah.

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But instead of thinking about it as a job apocalypse.

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What if we considered it an opportunity

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to kind of rethink how we work all together?

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So instead of AI taking over jobs,

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it's more about AI augmenting human capabilities.

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Precisely.

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Imagine a world where AI handles the tedious repetitive tasks

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freeing up humans to focus on more creative strategic

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or interpersonal aspects of their work.

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This could lead to entirely new job categories

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we haven't even imagined yet.

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That's a more optimistic outlook.

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But it also raises the question of control.

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If AI is going to play such a significant role in our lives,

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who gets to decide how it's deployed and regulated?

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Right.

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And this is where things get really interesting.

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While companies like Amazon and Google

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are making these massive investments in AI,

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there's a growing movement advocating

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for a more decentralized approach.

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One of the articles you shared talked about a platform

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called Assister, which uses blockchain technology

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to create a network of these SLMs.

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OK, blockchain.

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I'm going to need a little help understanding how that fits

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into all of this.

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So imagine a system where communities, not just corporations,

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can own, manage, and even profit from AI development.

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That's the potential of blockchain in this space.

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Assister, for example, allows developers

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to contribute their SLMs to a shared network.

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And then users can access those models

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through a blockchain-based system.

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OK.

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This means that instead of a handful of tech giants

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controlling the AI landscape.

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We could see a more open and collaborative ecosystem

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where the benefits of AI are more widely distributed.

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So instead of having to rely on Amazon or Google

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for AI services, you could have a decentralized network

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where anyone can contribute and everyone can benefit.

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Right.

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That's a pretty compelling vision.

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It is.

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And it speaks to the larger question of what kind of future

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we want to build with this technology.

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Do we want a future where AI reinforces

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existing power structures?

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Or do we want a future where AI empowers

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individuals and communities?

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Right.

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These are not easy questions, but they're questions

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we need to be asking ourselves.

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Because the future is being written in algorithms,

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as they say.

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Exactly.

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And the more informed we all are,

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the better equipped will be to shape that future.

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Well said.

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So to our listener out there who's been on this deep dive

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with us today, here's something to think about.

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As you go about your day, pay attention

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to where AI is already present in your life,

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where you think it might pop up next.

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From the apps on your phone to the way you work,

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AI is becoming increasingly integrated

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into the fabric of our lives.

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The choices we make today, both individually and collectively,

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will determine the trajectory of this technology

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and its impact on our world.

