Shadowing-Übung: The weird history of the internet... - Englisch Sprechen Lernen mit Video

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In the beginning, there were humans, and those humans captured the power of the skies, put it into rocks, tricked those rocks into thinking, and called them computers.
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But those computers are lonely.
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They can't talk to each other.
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If you want to move data from one computer to another, you write it into a magnetic tape, walk outside, get in your car, light up a dart, and drive it across town.
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This is called the sneaker net, and for about 20 years,
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it's the fastest network on Earth. and scare Americans.
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In a panic, the US government creates an agency named ARPA to ensure that they would never be big dorked again.
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A few years later, a guy at the RAND Corporation named Paul gets handed a military problem.
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The Air Force wants to know how its command
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and control links could survive a nuclear first strike and stay alive long enough to order a counter -strike.
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The phone network of the day runs on circuit switching, where two machines reserve one dedicated end -to -end line for the whole conversation,
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break any link in the chain, But Paul is smart.
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He comes up with an idea.
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What if instead of a dedicated line, you slice the message into small chunks called packets, stamp each one with its own destination address, and let them scramble across the network independently,
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each one finding its own route through whatever nodes are still standing, before getting reassembled on the other end.
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He invents what'll later be called packet switching, and in 1969, ARPA actually decides to build the thing, and they call it ARPA -NET.
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The first message is sent from a computer at UCLA, Institute in Menlo Park.
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They try to type the word "login", the system crashes after two letters, the next thing you know...
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By 1971, the network connects 15 computers and a man named Ray needs a symbol to separate humans from machines.
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He brings shame to his family by choosing the @ symbol and inventing email.
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But there's another problem.
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ARPANET is just one network, but it's lonely too.
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There are other networks, but none of them can talk to each other.
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and invent a universal language called TCP slash IP.
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TCP chops your data into packets and makes sure they show up, and IP gives every machine a numbered address so packets know where to go.
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On January 1st, 1983, every machine on ARPANET switches to TCP IP on the same day.
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They call it Flag Day, and the internet is born.
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But now we have another problem.
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Remembering numbered addresses is hard.
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So that same year, a different guy named Paul invents the domain name system,
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human -friendly domain names into the IP address where the computer lives.
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So now, there's a global network connecting thinking rocks all over the planet.
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But it's the last place you'd want to be, since it's only accessible to academics.
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Then, in 1989, a British scientist named Tim is working at CERN, a particle physics lab in Switzerland.
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Tim is a smart guy, and he has an idea.
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All these academics have information trapped on different computers in different formats,
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and there's no reads it and scribbles three words across the top.
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Vague, but exciting.
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That proposal was the World Wide Web.
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Tim goes on to invent HTML, HTTP, and the URL, the first web browser, and the first web server on a computer with a sticky note begging people to not turn it off
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because if they did, the entire internet would go down.
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But the coolest part is that he then gives it all away for free because he wants it to belong to everyone.
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For the next few years,
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the web is just an ugly wall is a browser called Mosaic that can display images in line with the words.
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The browser shows promise, Mark graduates, moves to California, and turns Mosaic into Netscape Navigator, which quickly becomes the most popular software on Earth.
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From there, the information superhighway becomes mainstream, and Bryant Gumbel asks, what is internet anyway, on the Today Show.
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Then, Microsoft wakes up, notices the internet exists, and panics.
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A horndog named Bill declares war.
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Microsoft builds free with Windows, which is on about 9 out of every 10 computers on the planet by this point.
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This gets them sued by the government for being a monopoly, but it kills Netscape, whose dying body is scattered to the open source gods and is eventually reborn as Firefox.
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Meanwhile, normal people are getting online for the first time through a company called AOL, which carpet bombs the planet with free trial CDs through the mail
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that 7 -year -old me thinks would be fun to microwave.
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It is.
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Oh no. The microwave is on fire.
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Ouch, ouch, hot.
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To connect screams into the line to make a digital handshake.
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The two modems negotiate a baud rate and modulate ones
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and zeros into audible tones over a copper line that was originally built for human voices.
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You top out around 56 kilobytes per second, which means it takes roughly eight minutes to download one song off Napster and give your computer aids.
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And because the modem is hijacked the same line your telephone uses, the second anyone picks up the kitchen phone,
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their voice gets dumped right Now it's the late 90s.
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Everyone realizes you can make money on the internet, or at least convince other people that you're about to.
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Investors throw billions at any company with a dot -com in the name,
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so companies lease OC -3 lines and stuff data centers full of Sun servers to handle traffic that never comes.
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One company sells pet food online and lights its entire war chest on fire for a sock puppet Super Bowl ad.
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Another offers to drive a single candy bar to your door for free.
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when the bubble pops, when the Nasdaq loses most of its value and thousands of companies vanish overnight.
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Sadly, a generation of young men on that Mamacoco have to move back in with their parents, but a few survivors manage to crawl out of the wreckage,
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the biggest being two guys named Larry and Sergey who write an algorithm they call PageRank.
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The idea is to treat every hyperlink as a vote, then weight each vote by how important the linking page is recursively so a link from a
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then wire it up to an ad auction and turn it into the most profitable money printer ever built.
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Meanwhile, the browser continues to evolve, and some call it Web 2 .0.
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Under the hood, a trick called Ajax lets JavaScript quietly fetch data in the background with XML HTTP requests
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and update a page without a full refresh, so a website can finally feel like an app instead of a pamphlet you need to keep reprinting.
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And now, it's 2007.
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Civilization has peaked, but we don't know it yet.
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built -in backdoor for his shareholders.
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Around the same time, a guy named Steve pulls a rectangle out of his pocket.
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It's a phone that runs a real browser with an always -on cellular connection.
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The information superhighway escapes from our desk into our pockets.
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And the good news is that we no longer need MapQuest to navigate around the world.
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But the bad news is that it'll eventually rot our children's brains.
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And that brings us to today.
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When you visit an average website, you must first accept cookies, decline the newsletter pop -up,
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dismiss the app download download before you can even read the content that probably wasn't even written by a human.
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Thankfully, two guys named Sam and Dario ingested the entire internet while tricking the rocks into thinking harder, and now they're renting it back to us at a premium.
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But while some companies are filling the internet with slop, others are trying to clean it up.
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Which brings us to CodeRabbit, the sponsor of today's video.
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AI can write code faster than ever, but reviewing 40 files of PR slop still feels like reading your code base through a paper shredder.
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A CodeRabbit review It groups related changes into cohorts,
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orders them into layers, and adds AI summaries so you can move through the change in an order that actually makes sense.
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Instead of one giant flat diff, you get what feels like an IDE for your pull requests.
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Your comments and approvals still go back to GitHub natively, and when it helps, CodeRabbit can generate diagrams in line for call flows, state changes, or schema updates.
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Over 100 ,000 open -source projects like Bunn and Nux .js use CodeRabbit, and you can try it out for free with the link below.
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This has been the History of the Internet in 8 Minutes.
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Thanks for watching, and I will see you in the next one.

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Warum mit diesem Video das Sprechen üben?

Das Video mit dem Titel „Die seltsame Geschichte des Internets“ bietet eine unterhaltsame und informierende Grundlage, um dein Englisch sprechen zu üben. Die Geschichte ist gespickt mit faszinierenden Informationen, die nicht nur das Wissen erweitern, sondern auch zum Nachdenken anregen. Während du die Erzählung verfolgst, erhältst du die Möglichkeit, die Sprache in einem dynamischen Kontext zu hören und nachzusprechen. Diese Methode, bekannt als Englisch Shadowing, hilft dir, den Sprachfluss und die Ausdrucksweise authentisch zu imitieren. Indem du mit diesem Video Englisch lernst mit YouTube, verbesserst du nicht nur deine Sprachfähigkeiten, sondern auch dein Hörverständnis.

Grammatik und Ausdrücke im Kontext

  • „What if instead of a dedicated line...“ – Diese Struktur ist ein gutes Beispiel für hypothetische Fragestellungen im Englisch. Sie zeigt, wie man alternative Szenarien beschreibt.
  • „... you slice the message into small chunks called packets“ – Hier wird das Passiv effektiv eingesetzt. Das Verständnis für Passivstrukturen ist entscheidend, um mehr über die Handlungen in einem Satz zu erfahren.
  • „... each one finding its own route through whatever nodes are still standing“ – Diese Formulierung zeigt die Verwendung von Partizipien zur Beschreibung fortlaufender Handlungen und bietet eine flüssige Art, Gedanken auszudrücken.

Indem du diese Strukturen nachsprichst, wirst du dein Gefühl für die korrekte Verwendung und Betonung im Englischen stärken, was besonders wichtig ist, wenn du Englische Aussprache verbessern möchtest.

Häufige Aussprachefallen

Bei der Betrachtung des Videos gibt es einige Wörter und Phrasen, die herausfordernd sein könnten:

  • „network“ – Die Aussprache dieses Wortes kann für viele eine Herausforderung darstellen. Achte auf die Betonung der Silben.
  • „connected“ – Beachte das „-cted“ am Ende, welches oft als „-ted“ ausgesprochen wird. Achte darauf, nicht zu überwältigen, wenn du das Wort schnell sprichst.
  • „survive“ – Hier ist die Vokallautgebung wichtig. Übe, den langen Vokallaut klar auszudrücken.

Durch gezieltes Üben dieser Ausdrücke und Wörter kannst du deine Englisch sprechen üben und dich meist an die englische Sprachmelodie gewöhnen. Nutze die Inhalte dieses Videos als Teil deiner regelmäßigen Praktiken auf einer shadowing site, um deine Fähigkeiten stetig zu verbessern.

Grammatik in diesem Video

Die Strukturen, die der Sprecher am häufigsten verwendet, mit den genauen Worten aus dem Video:

StrukturIm Video
Passiv be + Partizip Perfekt – wichtig ist, was geschieht, nicht wer es tutis called · be called · is sent
Present Perfect have/has + Partizip Perfekt – eine vergangene Handlung, die jetzt noch wichtig isthas peaked · has been
Relativsätze who / which + Satz – eine Zusatzinformation über eine Person oder SacheWindows, which is · second, which means

Was ist die Shadowing-Technik?

Shadowing ist eine wissenschaftlich fundierte Sprachlerntechnik, die ursprünglich für die professionelle Dolmetscherausbildung entwickelt und durch den Polyglotten Dr. Alexander Arguelles populär gemacht wurde. Die Methode ist einfach aber wirkungsvoll: Du hörst englisches Audio von Muttersprachlern und wiederholst es sofort laut — wie ein Schatten, der dem Sprecher mit nur 1–2 Sekunden Verzögerung folgt. Anders als passives Hören oder Grammatikübungen zwingt Shadowing dein Gehirn und deine Mundmuskulatur, gleichzeitig echte Sprachmuster zu verarbeiten und zu reproduzieren. Studien zeigen, dass es Aussprachegenauigkeit, Intonation, Rhythmus, verbundene Sprache, Hörverständnis und Sprechflüssigkeit signifikant verbessert — was es zu einer der effektivsten Methoden für die IELTS Speaking-Vorbereitung und reale englische Kommunikation macht.

Shadowing-Technik: die vollständige Schritt-für-Schritt-Anleitung lesen →