yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

They Turn Ice Into Ice Cubes | Continent 7: Antarctica


2m read
·Nov 11, 2024

[Music] The Coast Guard Cutter Polar Star is the most powerful icebreaker in the world. Our mission is to cut a channel that's 18 miles long through 8 to 12 feet of ice so that the supply ships can resupply the continent. This is where we earn our money. The ship is 40 years old, older than most of the people on board.

"What's our current speed?"

"Current speed: 10 knots. You ready for a start? I'm Lieutenant Junior Grade Morrison. I'm the fueling officer on board and the auxiliary division officer."

"But rightful on again—rightful rudder, rightful rudder."

Aye, the Polar Star is America's only heavy icebreaker, and it is the only one that can break that channel. So I've got the entire continent relying on me. I have to turn that ice into ice cubes.

"About to make our approach on the fast ice, which is McMurdo Sound. It's solid ice from shore to shore; it has no relief when we go to break them. Most boats don't like to go through even a thin layer of ice, and we’re going through 60-ton chunks of ice continuously."

"Mac Ops is B St six over. Main control is the brain or EP center for the engineering propulsion plant. It's secured."

"Roger."

When we break ice, it's like—imagine a 10 to 12 on the Richter scale earthquake. To be on board during that experience, just imagine yourself in an earthquake for a week nonstop. This goes against all sense in seamanship and navigation.

Looking behind you when you're driving a ship, we preach to our young ship handlers to always look forward. But they look behind us to make sure we're driving in a straight line, which makes it a lot easier for the supply ship to navigate in when we escort them.

It's much more practical and efficient to look behind you, try to keep it straight. We don't have to worry about other contacts and other ships out here. The ice channel is the lifeblood to Antarctica and the science missions.

"You ready, Augustine?"

The young men and women down below deck sacrifice their time and their families and holiday seasons. They work night and day to make sure the ship stays underway, that those propellers keep turning. I'm very, very proud of these young people.

"We are at 6 knots. It's pretty amazing to see what they can do." [Music]

More Articles

View All
WATER.
Hey, Vsauce. Michael here. And I’m in London, right outside Buckingham Palace. Oh, I’m actually running a little bit late for tea with the Queen. Yeah, she’s really into tea, but do you know what tea’s mainly made out of? Water, and so today, we’re going …
15 Ways To Think About Money
What if we told you that most of you were thinking about money in the wrong way? The average person has no idea what money really is and how to leverage it for a life filled with freedom. They use it to pay bills, buy food, and acquire things that they us…
Making Music and Art Through Machine Learning - Doug Eck of Magenta
Hey, this is Craig Cannon and you’re listening to a Y Combinator’s podcast. Today’s episode is with Doug Eck. Doug’s a research scientist at Google, and he’s working on Magenta, which is a project making music and art through machine learning. Their goal …
Proof: Parallel lines divide triangle sides proportionally | Similarity | Geometry | Khan Academy
We’re asked to prove that if a line is parallel to one side of a triangle, then it divides the other two sides proportionately. So pause this video and see if you can do that, and you might want to leverage this diagram. Alright, so let’s work through th…
Reading within and across genres | Reading | Khan Academy
Hello readers! Let’s talk about the idea of genre in fiction. Genres are types of stories that share similar themes, styles, or subject matter. So, science fiction is a genre, fairy tales are a genre, mysteries are a genre. Each one of these types of stor…
Mirror equation example problems | Geometric optics | Physics | Khan Academy
Mere equation problems can be intimidating when you first deal with them, and that’s not because the mere equation is all that difficult. It’s kind of easy; it’s just a few fractions added together. The place where it gets tricky is deciding whether these…