跟讀練習: The AI Take Over Has Completely Backfired (Here's the Proof) - 通過影片學習英語口語

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AI was supposed to change everything, replace millions of jobs, transform every industry, and become the biggest technological shift in history.
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But there's just one problem.
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The numbers don't seem to add up.
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Big tech is expected to spend around $725 billion on AI this year.
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Meanwhile, the entire global market for AI services generated only around $25 billion last year.
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That means for every $10 these companies are pouring into AI infrastructure, they're getting back only about 25 cents in revenue.
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And now the cracks are becoming harder to ignore.
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Products are being shut down.
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The cost of running AI keeps exploding.
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Lawsuits are piling up.
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And investors are starting to ask the question nobody wanted to ask two years ago.
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Where's the money?
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So is AI actually the next technological revolution?
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Or are we watching one of the biggest tech bubbles in history start to burst?
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Hi friends, I'm Maddie.
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I'm a senior software engineer who previously worked Google, Internet, other bictict companies like Amazon, IBM, and Microsoft.
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For two years now, the story I've been told, that you've been told, is that AI was about to replace every engineer alive.
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We are not far from the world.
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I think we'll be there in three to six months where AI is writing 90% of the code.
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And then in 12 months, we may be in a world where AI is writing essentially all of the code.
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But as of now, the money flow doesn't exactly match up to this story.
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So in In this video, I'll break down why the AI hype is cracking in 2026, the spending method doesn't close, the AI products quietly getting switched off,
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and the legal problem no one thought about until too late.
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Let's get into it.
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We're going to start with the amount of money companies are spending on AI.
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The five companies building this infrastructure, Microsoft, Amazon, Alphabet, Meta, and Oracle,
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are on track for roughly $725 billion of capital expenditure in 2026.
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That's up 77% in a single year, and it was around $162 billion back in 2022.
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Goldman Sachs predicts that the total spend will be past $7.6 trillion through 2031. To put
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that into perspective, $725 billion a year is more than the entire
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annual GDP of Switzerland being spent by a handful of companies on hardware
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that loses most of its value in three or four years.
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And so here's the problem.
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That money isn't coming from spare cash anymore.
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Rather, it's eating companies alive.
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JP Morgan estimates AI capital expenditure went from around a third
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of hyperscaler operating cash flow in 2023 to roughly 93% in 2026.
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Their combined free cash flow, the actual money left over, fell to about $7 billion in the second quarter of 2026,
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down from $60 billion at the end of 2025.
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And analysts expect it to go negative this quarter.
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Amazon is looking at deeply negative free cash flow this year.
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Microsoft has told investors that its spare cash is shrinking, and it left a $60 billion buyback basically sitting there, unused.
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So the richest companies on earth are borrowing hard against a payoff that hasn't arrived yet.
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And the moment that made everyone realize how dangerous this could be is when DeepSeek, a Chinese startup that in early 2025 trained a competitive model for a few million dollars,
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erased something like $600 billion of NVIDIA's value in one trading day, the single largest day wipeout any US stock has ever taken.
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DeepSeek's success forced every investor to ask this very important question, what are we actually getting for all this spend?
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And even if that money were all there, the electricity and the infrared might not be.
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That part often doesn't get talked about as much because it's much less exciting than those stock charts.
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But there is a hard physical limit.
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Training and running these models eat staggering amounts of power.
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The International Energy Agency says electricity demand from data centers jumped 17% in 2025, and the AI-specific slice grew closer to 50%.
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In the US, data centers are now driving about half of all new electricity demand growth.
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The grid just simply can't keep pace
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because capital moves at the speed of markets and power plants move at the speed of permits and construction.
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Gartner is already projecting that power shortages could constrain 40% of AI data centers by 2027.
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So you have companies committing hundreds of billions of dollars to build-outs that physically cannot happen yet,
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and quietly signing deals for their own nuclear reactors to get around this limitation.
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That is not the behavior of an industry that has everything figured out.
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In addition to the massive cost of AI, it might seem as though projects keep on failing even with the help of AI.
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An MIT report found that roughly 95% of enterprise-generative AI pilots delivered no measurable return on investment.
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However, there's a bit more to that number.
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It does measure whether a pilot moved the bottom line within about six months, and a lot of them were in marketing, which is a hard place to show fast returns.
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Also, internally built AI tools succeeded about a third of the time, while vendor-based ones succeeded about two thirds.
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So most companies seem as though they're using it to solve problems that don't return much.
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This is the phenomenon even in large companies.
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For example, Amazon set a target of getting 80% of its developers using AI tools every week
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and built an internal leaderboard called KiroRank that scored engineers on how much AI they used.
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So then naturally, as you can imagine, engineers started pointing AI agents at pointless, made-up tasks purely to run up their token counts and climb the board,
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a move the industry has coined token taxing.
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It drove up Amazon's own compute bill for basically nothing.
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So in May of 2026, they officially killed the leaderboard, and a senior VP had to send around a note saying, please don't use AI just for the sake of AI.
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Also, a recent survey of more than 2,500 enterprises found
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that around 74% of companies that put a live AI customer service agent into production had to roll it back.
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So while the demo looks incredible, productionization is harder, especially in legacy systems full of edge cases the demo never saw or trained on.
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The reason why these AI agents are getting switched off isn't only because they're wrong.
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It's because that when they're wrong, the company can get into liability and big legal trouble.
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Late last year, the Australian government paid Deloitte around $440,000 for a report on a welfare system.
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A researcher started reading it and noticed something off.
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The report cited academic papers that just didn't exist and quoted a federal court judge saying something that the judge never said.
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It turns out that Deloitte had actually been using Gen.ai to help write it, and the AI had just hallucinated its sources.
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Deloitte ended up issuing a corrected version and refunded part of the fee.
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The lesson here is pretty stark.
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If your AI puts something in front of a client, you are liable for what it outputs.
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You don't get to blame it on the software.
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Now, stack that on top of hallucinations would turn out to be really stubborn.
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One 2026 benchmark that tested 37 different models clocked made-up answer rates anywhere from 15 to 52 percent.
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And oddly, several of the newer reasoning models actually did it more often than the older ones, not less.
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On legal questions in particular, Stanford put the range of hallucination at somewhere between 58 percent and 88 percent.
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So put yourself in a Fortune 500 boardroom.
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You've got a tool that that will confidently make things up some meaningful fraction of the time, a core precedent saying you own every word it says,
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and insurers who've started writing outright AI exclusions into their policies because they can't price the risk.
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What do you do?
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You quietly kill a lot of those customer-facing agents.
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So we have now a grim picture of the AI ecosystem.
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The spending is unsustainable, the pilots mostly fail, and the agents are getting retracted.
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So what should you do with this information if you're building a career?
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There are three things.
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Number one, don't confuse the bubble with the technology.
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For example, the dot-com crash didn't mean that the internet was fake, but it meant the money had run way ahead of the value
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and the correction wiped out everyone with no real business underneath.
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The same sort of principle can be applied here.
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You can think about it like this.
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Would a tool still be worth using if AI got 10 times more expensive to run?
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Real models with real products underneath will survive that.
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Number two, become the person who owns the output, not the person who produces it.
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Every failure we talked about in this video, for example, the dead pilots, the agents getting rolled back, Deloitte handing the government a faulty report, is caused
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because of the lack of type of this person someone who can catch what the AI got wrong
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and take responsibility for it.
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That role is growing while the just generate code role shrinks.
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So you should use AI every day, ship fast with it, and stay accountable for what it produces.
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And build robust eval and verification systems.
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And number three, last but not least, go where the deflation sends the money.
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So when a bubble sorts itself out, the money that was pumped into it doesn't just disappear, but instead it gets deflected toward products that can actually prove their worth.
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AI security is a good example.
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Every one of these systems getting shipped is an attack surface almost nobody can defend yet.
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Same with the people who can integrate AI into real systems, evaluate it, and make it reliable instead of just impressive on stage in a controlled environment.
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So you should specialize into the part that needs human judgment.
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So in conclusion, here's the real story of whether AI is all hype or not in 2006.
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Yes, AI stocks are getting hammered.
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Yes, 95% of those enterprise pilots went nowhere.
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And yes, the AI replaces everyone mantra is getting walked back in boardrooms across the industry.
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But none of that means AI itself is finished.
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The internet survived the crash and came back bigger.
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So AI will be fine.
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The only question here is whether you'll come out of this as someone who chased the bubble
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or if you'll become someone who understood what was actually valuable underneath it.
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And that's all I have for you in this video.
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If this perspective was helpful, hit that like button, hype the video, and subscribe for more videos on software engineering, AI, and tech.

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本片段的口語練習目標

這段影片非常適合提升英語影子跟讀的流暢度和資訊抓取能力。內容圍繞AI行業的熱點話題展開,包含大量經濟資料和行業術語,語速適中且邏輯清晰,能幫助你在跟讀時訓練對長句的理解和複述能力,尤其適合雅思口語練習中“科技與社會”類話題的表達積累。通過模仿影片中的語調變化(如疑問、強調的語氣),還能提升口語的自然度,突破“背書式”表達的瓶頸。

實用短語庫

  • the numbers don't seem to add up(資料似乎對不上)
  • cracks are becoming harder to ignore(問題越來越難以忽視)
  • eating companies alive(讓企業不堪重負)
  • free cash flow(自由現金流)
  • hard physical limit(物理上限)

這些短語既可以用於日常討論,也能為英語口語練習增添專業感。比如在描述某個行業困境時,“cracks are becoming harder to ignore”比“there are more and more problems”更生動。

突破你的薄弱點

影片中頻繁出現長句巢狀(如“JP Morgan estimates AI capital expenditure went from... to...”),這正是很多學習者在看影片學英語時容易卡殼的地方。建議採用“影子跟讀”法:播放一句,暫停並立即重複,重點關注“from... to...”“that means...”等邏輯連線詞的節奏。此外,單詞“infrastructure”(基礎設施)和“expenditure”(支出)的重音位置容易出錯,記得前者重音在“fra”,後者在“pen”。多練習幾遍,你會發現自己處理複雜句式的能力明顯提升!

影片中的語法

說話人最常用的結構,並附上影片中的原話:

結構影片中的用法
被動語態 be + 過去分詞 — 強調發生了什麼,而不是誰做的is expected · being shut · I've been told
現在完成時 have/has + 過去分詞 — 過去發生但與現在仍有關聯的事I've been told · has told · hasn't arrived
定語從句 who / which + 從句 — 補充說明人或事物marketing, which is · person who owns · someone who can

什麼是跟讀法?

跟讀法 (Shadowing) 是一種有科學依據的語言學習技巧,最初開發用於專業口譯員的培訓,並由多語言者Alexander Arguelles博士普及。這個方法簡單而強大:您在聽英語母語原聲的同時立即大聲重複——就像是一個延遲1-2秒緊跟說話者的影子。與被動聽力或語法練習不同,跟讀法強迫您的大腦和口腔肌肉同時處理並模模擬實的講話模式。研究表明它能顯著提高發音準確性,語調,節奏,連讀,聽力理解和口語流利度——使其成為雅思口語備考和真實英語交流最有效的方法之一。

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