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

Science Is an Error-Correcting Mechanism


2m read
·Nov 3, 2024

So getting back to good explanations, where do these explanations come from?

There's currently an obsession with induction. Induction being the idea that you can predict the future from the past. You can say, "I saw one, then two, then three, then four, then five, so therefore next must be six, seven, eight, nine."

There's a belief that this is how new knowledge is created, this is how scientific theories are formed, and this is how we can make good explanations about the universe.

What's wrong with induction, and where does new knowledge come from? You did mention the black swan earlier, and I'd like to go back to that.

The black swan is an example that various people have used over the years in order to illustrate this idea that repeatedly observing the same phenomena over and again should not make you confident that it will continue in the future.

In Europe, we have white swans. So any biologist who's interested in birds may be observing white swan after white swan and apparently concluding on that basis that therefore all swans are white. Then someone travels to Western Australia, and there you notice that there are swans that otherwise look identical to the ones in Europe, but they're black.

Let's consider another example of induction. Ever since the beginning of your life, you have observed that the sun has risen. Does this mean that scientifically you should conclude the sun will rise tomorrow and rise every day after that?

This is not what science is about. Science is not about cataloging a history of events that have occurred in the past and presuming they're going to occur again in the future. Science is an explanatory framework; it's an error-correcting mechanism.

It's not ever of the form, "The sun always rose in the past; therefore, it will rise in the future." There's all sorts of ways in which we can imagine the sun won't rise tomorrow. All you need to do is to take a trip to Antarctica, and there, for some months of the year, the sun doesn't rise at all.

If you go to the International Space Station, you won't see the sun rise once per day and set once per day; it will rise and set repeatedly over the course of your very fast journey around the earth.

More Articles

View All
I'm moving back to California. I'm done.
Hey guys, so this is definitely not the video I was planning to make, and it’s certainly not a video I want to make, but I think I owe you complete transparency to tell you what happened and why I’m back in California. First of all, you probably already …
Volume of rectangular pyramids using rectangular prisms | Grade 7 (TX TEKS) | Khan Academy
Now let’s look at a rectangular prism. This is not a cube because we can see that all the sides have different lengths. We have the length, the width, and the height, and those are all different. To find the volume of this, I would still multiply the leng…
Causes of shifts in currency supply and demand curves | AP Macroeconomics | Khan Academy
Talk a little bit about what could cause the supply or demand curve for a currency to shift. So here we have the foreign exchange market for the Chinese yuan, which is why we have the quantity of one on the horizontal axis and the price of one in terms o…
REAL CYCLOPS SHARK and more great images -- IMG! #46
Rober De Niro and Rober De Faro and shoelace love. It’s episode 46 of IMG! Here’s a great infographic about New Year’s resolutions. For instance, 88% of them fail. But you see these images of cats? They are cat scans. For something sweet, check out SCAND…
Feudal system during the Middle Ages | World History | Khan Academy
Talk about in other videos. The Middle Ages refers to that roughly 1,000 year period of time in Europe, from the end of the Western Roman Empire in 476 until we get to about a thousand years later, with the emergence of the Renaissance and the Age of Expl…
Cellular respiration | Energy and matter in biological systems | High school biology | Khan Academy
In this video, we’re going to talk about cellular respiration, which sounds like a very fancy thing, but it’s really just about the biochemical processes that can take things that we find in food and convert it into forms of energy that we can use to do t…