跟讀練習: The Most Insane Megaproject You Never Heard About - 通過影片學習英語口語
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In the 1960s, the US planned to nuke Israel with hundreds of thermonuclear bombs.
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And Panama.
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And Alaska.
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All in the name of progress, driven by a mad scientist, to use the most destructive of weapons to… build things.
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Excavate canals.
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Carve out harbors.
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Tap oil and gas.
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This was Project Plowshare.
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It kept the US busy for two decades, burned hundreds of millions of dollars and exploded dozens of nukes for a bright future, in the most feverish years of the Cold War, when the world got terrifyingly close to blowing itself up.
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Nukes for Peace Our story begins with the brilliant Hungarian physicist Edward Teller – one of the key scientists of the Manhattan Project, the colossal effort that led to the first nuclear bomb.
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But almost from the beginning, he dreamt of destroying the world much harder.
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“Traditional” nukes, like the Hiroshima and Nagasaki ones, release energy by splitting heavy atoms, like uranium.
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But these are rare, expensive, and the resulting bombs are difficult to scale up.
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So Teller lobbied for a different approach – unleash the nuclear fire by smashing together hydrogen atoms.
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That would allow for bombs thousands of times more powerful.
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The problem was technically hard, but in the 1950s Teller solved it.
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The terrifying new thermonuclear bomb made Hiroshima and Nagasaki look like firecrackers.
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Nuclear fire strong enough to end human civilization itself.
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The Soviet Union followed quickly and a new madness for destruction took over the world.
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Teller was having the time of his life as he got to chase his nukiest dreams, like a bomb so powerful that it would wipe out civilization in one single strike – a real thing the US actually started working on.
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We told this story before, if you want to watch it.
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And as the perfectly sane man he was, Teller had other great ideas, like nuking the Moon to show the commies who’s boss.
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And if H-bombs could destroy the planet… maybe they could also reshape it?
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The logic wasn’t entirely unhinged.
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Humans had been using explosives for mining and engineering for centuries.
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And H-bombs offered the same service with much more enthusiasm at a decent cost.
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Why not use them to dig ditches and make holes at a planetary scale?
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The idea of "nukes for peace" was also pretty convenient.
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With public opinion increasingly opposed to the arms race and ever more terrified by WW3, nuclear engineering was a way to keep on testing nuclear weapons without saying you were testing nuclear weapons.
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So in 1957, the US launched Project Plowshare, a bold plan to use nuclear explosions for peaceful engineering.
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And who would be put at the helm? Exactly.
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Cutting Through Continents In 1956 Egypt had just nationalized the Suez Canal, a vital artery for global trade and oil delivery to Europe.
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So one of the first ideas of the new Build-With-Nukes doctrine was to blast open a new one through the Israeli desert.
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On the other side of the world, the Panama Canal had long been in need of an upgrade.
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Scientists explored extension routes and found they would need to remove 1.2 billion cubic meters of earth – 500 Great Pyramids of Giza.
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A monumental task that would cost 6 billion dollars if done with shovels, but only 3.1 billion with nukes.
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Time to blast open a Pan-Atomic Canal!
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But even Teller understood that, before nuking through continents, you should start small.
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So the first miracle of Project Plowshare would be a new harbor in Alaska.
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In just a few glorious milliseconds, five nukes with the combined punch of 170 Hiroshima bombs would carve out a 500 - by 200-meter trench, opening the region to commerce and prosperity.
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The local communities weren’t thrilled at the idea, but Teller insisted that the dangers of nuke engineering had been “greatly exaggerated”.
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The major concern was radioactive contamination.
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Canals and harbors were great, but nobody wanted them glowing with radioactivity for thousands of years.
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Luckily, Teller had a plan: nuking the land from below.
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In a nutshell, nuclear excavation works like this.
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You drill a hole a few hundred meters deep and place the bomb at the bottom.
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When it goes off, the blast hollows out a cavern in the rock and flash-melts its walls into magma.
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The molten rock pools at the bottom, the ceiling collapses, and the collapse ripples upwards until it reaches the floor, where it forms a crater.
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The result is a massive hole on top with the radioactive debris sealed under hundreds of thousands of tons of rock.
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With the theory looking flawless on paper, the time had come to actually test it.
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But before the government bombs anything, let’s get some propaganda protection – just in case.
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Our partner Ground News is a website and app built to help you think critically about the information you consume – a mission we fully support.
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They curate news articles from across the globe, adding context on political bias, reliability, ownership, and summaries that highlight what each side is leaving out.
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You can even compare headlines to see how bias shapes the narrative.
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Take this story about Finland planning to lift its ban on nuclear weapons.
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Some frame it as a prudent response to the state of the world, while others warn of escalation.
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Ground News also reveals "blind spots" – stories that only one side is covering, showing you what your usual news feed is hiding.
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As information bubbles are becoming the norm, thinking critically about the news is no longer optional.
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And Ground News makes it easier to do just that.
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If you’d like to give them a try, go to ground.news/nutshell, or scan the QR code on the screen.
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Using this link gives you 40% off an unlimited access subscription, and directly supports our channel.
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And now back to nuking for peace.
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The Fiasco Begins Plowshare debuted in 1961 in the desert of New Mexico.
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A nuke with the power of 3,100 tonnes of TNT was buried 360 meters deep, in the heart of a salt deposit.
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The goal was to explore a new idea to generate electricity – the explosion would melt the deposit into a pond of red-hot, liquid salt, whose heat could be pumped up to power turbines.
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A hybrid of fusion and geothermal power, brought to you by H-bombs.
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Above ground, hundreds of officials, scientists and international guests had gathered to witness the birth of a new era.
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Everyone held their breath as the countdown ticked.
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And then, with a distant thud, the ground shuddered.
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Deep below, the explosion hollowed a cavern the size of over ten Olympic swimming pools.
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But Teller’s team had missed a tiny detail – the salt contained far more water than expected.
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Which turned into superheated steam that massively amplified the blast.
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The hole used to lower the bomb had been designed to collapse and seal itself after the explosion, but the unexpectedly monstrous pressure broke through.
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So a few minutes after the blast, a plume of radioactive steam erupted from the shaft – damaging cameras and instruments and bathing everyone in a strangely itchy sauna.
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The US government tried their best to convince everyone that things hadn't been that bad.
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But for some reason, the masses had a problem with clouds of radioactive fallout, even from peaceful nukes.
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But that wouldn’t discourage Teller.
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So to show the world how cool H-bombs could really be, he scheduled another test – one 30 times more peaceful.
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In July 1962, while Cuban officials were visiting Moscow to negotiate a missile deal that would almost spark WW3 three months later, a thermonuclear bomb worth 7 Hiroshima nukes exploded 200 meters underground in the Nevada desert.
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This time the goal was to test nuclear excavation itself and check how big the crater could get.
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The blast displaced 12 million tonnes of soil and hollowed out a gargantuan crater 100 meters deep and 400 meters across – the largest artificial crater in US history.
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But digging with nukes is tricky.
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Bury the bomb too deep, and you’ll only get a disappointing dent.
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Bury it too shallow, and you risk launching a radioactive cloud into the sky.
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Which was exactly what happened.
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Someone had miscalculated the depth of the explosion and a plume of radioactivity punched through.
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Fallout was detected as far as South Dakota and Illinois, and panic broke out in Utah when radioactive iodine was found in milk.
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It turned into one of the dirtiest tests on US soil ever.
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Just One More Nuke Bro The years that followed saw more peaceful explosions.
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And peaceful fallout.
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Meanwhile, Teller's proposals got weirder.
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Liquify tar sands in Canada, with nukes.
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Blast a highway through the Sierra Nevada, with nukes.
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Connect rivers in Mississippi, with nukes.
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But the crown jewel of nuclear dreams was still the Pan-Atomic Canal.
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A legion of scientists worked on it and plans got disturbingly far.
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One of the top contenders was Route 17, an 80-km trench across pristine Panamanian jungle that was short, flat, pretty empty and perfectly nukable.
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250 bombs with the power of 8,000 Hiroshimas would do the job.
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43,000 people across 17,000 square kilometers would still have to be evacuated.
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You know, just in case.
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And shockwaves might shatter windows as far as Costa Rica and Colombia.
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But what were such details in the grand scheme of progress?
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So let’s rewind history… and press the button to see what might have happened if Teller had got his way.
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Ready to push the button? 3… 2… 1… boom The first round of nuclear salvos, close to both coasts obliterates hundreds of square kilometers of pristine rainforest in seconds.
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A roaring success.
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Unfortunately, a cloud of fallout catches the Pacific winds.
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Weeks later, spikes of radiation are found over the Caribbean and radioactive iodine, cesium and strontium start to enter the food chains of both oceans.
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Tuna and sharks become radioactive.
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One option would be to stop.
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But to have a radioactive scar across the jungle, contamination of two oceans… and no canal? Better push through.
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So a second round of blasts goes off in the central Chucunaque River valley – only to find that the central part of the isthmus had far more clay than expected.
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As soon as the rainy season hits, landslides clog the new craters like a self-healing wound.
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The choices? Leave a mud-choked, glowing blister through the rainforest – or begin a colossal engineering nightmare just to keep the jungle from landsliding onto the canal.
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Not to mention the ecological apocalypse – and the devastating PR victory that 120 megatons of Nuclear Peace over Latin America would give Cuba and the USSR.
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Luckily, in our timeline the US blinked and began to sober up.
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In 1970, a final report killed the Pan-Atomic Canal and, with it, all nuclear excavation projects.
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But Teller wasn’t ready to let go, so he turned to nuclear fracking.
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Not because it made sense, but to keep Plowshare alive.
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Just one more nuke and I will build the future, bro.
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But several explosions later, the result was ultra-expensive, radioactive gas impossible to sell.
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In 1977, after 20 years and dozens of nukes across the US, Project Plowshare was finally cancelled without reaching any of its goals.
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No canal, harbor or tunnel had been built.
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In hindsight, it’s easy to see how insane the idea was.
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But at a time when WW3 felt imminent, when kids were playing with atomic toys as mushroom clouds filled the sky, using nukes to build a better future probably did feel like a great idea.
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推薦影片
關於本節課
在本節課中,學習者將通過分析“Project Plowshare”的內容,來提高他們的英語口語能力。影片講述了美國在冷戰時期利用核爆炸進行和平建設的瘋狂計劃。學習者將練習重要的詞彙和短語,同時適應影片中的語速和語調,通過shadow speak技巧提升他們的發音和流利度。這將幫助他們更好地準備雅思口語練習,增強他們的語言表達能力。
關鍵詞彙與短語
- 核武器 (nuclear weapons)
- 冷戰 (Cold War)
- 工程 (engineering)
- 繁榮 (prosperity)
- 放射性汙染 (radioactive contamination)
- 挖掘 (excavation)
- 巨型專案 (megaproject)
- 人類文明 (human civilization)
練習建議
在進行shadowing練習時,建議學習者關注影片中的語速和語調。影片的敘述風格較為生動,伴隨著強烈的情感和張力,因此可以嘗試模仿敘述者的語氣和節奏,並在shadowing site上進行重複練習。為達到更好的效果,可以將影片分成幾段,逐段進行重複,並專注於發音的準確性和句子的流暢性。
與此同時,學習者可以在每段練習後,通過重述所學的內容來鞏固記憶。這種方法不僅有助於提升發音能力,還可以加強對內容的理解,使得在實際的英語口語練習中更加自信。通過不斷練習,學習者將能夠更加自然地與他人交流,並在雅思口語考核中取得更好的成績。
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 | would be put · was buried · could be pumped |
| 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 | We've released · haven't seen |
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。
































