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

Neil deGrasse Tyson Demystifies Breakthroughs | Breakthrough


2m read
·Nov 11, 2024

There's a stereotype of discoveries and breakthroughs. The stereotype is: at one point you don't know something, and then there's a Eureka moment, and then you know something, and that's a breakthrough. The very word itself implies some barrier through which you pass with some force. Okay? Otherwise, it would be walk-through instead of breakthrough.

But I would claim that most discoveries are walk-throughs, not breakthroughs. You're not actually breaking things. You say, "Oh, you got that? You got that? Let me put it together, and I have a new thing." Oh, that's cool! Did you break through anything? No, no. It was like a next thing you would do with the other things that exist on your table right now.

We do occasionally have literal breakthroughs, yes, but most of what we experience in life and enjoy in life as the product of science and technology are not breakthroughs. They're just not the discoveries that came next after other discoveries enabled it. You can focus on those things that broke through, but that feeds the bias that that's how we move forward in the world.

Was it a breakthrough that someone decided to print books small so that you can carry them with you instead of only having to be in a library? Make the jackets out of paper instead of boards so that they're light? Was that a breakthrough? Just say, "That's kind of a fun idea." You know, that's a really trivial example, but it's the kind of example I'm talking about.

So much of what we take for granted, somebody actually had to think up first but didn't have to break through a damn thing to get there. Not everyone's brain is wired to think up these new applications of what is already there or to invent a new thing that does not previously exist. That's a very special subset of who walks among us as human beings, and we need them. Otherwise, we stall.

We stagnate. If a nation does not have such people, then the nation has to follow everybody else who does, and they dance to the tune played by other nations who do invest in that way. What I find fun are products that get invented, and you wonder, "No one will ever need or want to use that," and then five years later, somebody finds a use, and then you can't live without it.

More Articles

View All
The Aztecs: From Empire to A.I. | Podcast | Overheard at National Geographic
So we’re in a village in rural Mexico, about a day’s drive from Mexico City. You can hear music emanating from a little house that has a thatched roof, but inside, that’s where the action is. There’s a ceremony going on. The rituals often take place in li…
Fool's Gold (Clip) | To Catch a Smuggler | National Geographic
I’m going to need that box that’s in the back. We’re here to look at a box that CBP’s National Targeting Center targeted this particular shipment. The shipper is an entity that’s known to us; they’re a previous offender for smuggled artifacts coming into …
What is the Shortest Poem?
Hey, Vsauce. Michael here. I am in Green Bank, West Virginia. Pocahontas County. And my favorite word is … I learned it from Big Bird, and it’s not so much a word as the alphabet, if you try to pronounce it like a word. It’s a neat trick, almost poetic. B…
Scarcity and rivalry | Basic Economic Concepts | Microeconomics | Khan Academy
What we’re going to do in this video is talk about two related ideas that are really the foundations of economics: the idea of scarcity and the idea of rivalry. Now in other videos, we do a deep dive into what scarcity is, but just as a review in everyda…
Strong acid–strong base reactions | Acids and bases | AP Chemistry | Khan Academy
Hydrochloric acid is an example of a strong acid, and sodium hydroxide is an example of a strong base. When an aqueous solution of hydrochloric acid reacts with an aqueous solution of sodium hydroxide, the products are an aqueous solution of sodium chlori…
Curvature of a helix, part 1
So let’s compute the curvature of a three-dimensional parametric curve. The one I have in mind has a special name; it’s a helix. The first two components kind of make it look like a circle. It’s going to be cosine of t for the X component, sine of t for t…