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

Atomic Theory


2m read
·Nov 10, 2024

Hi, and welcome to Veritasium, an online science video blog. I'd like to take on scientific topics all the way from the simplest to the most complex.

So a good place to start, I think, is with a problem considered by the famous physicist Richard Feynmann. He asked, "If all the world's scientific information except for one sentence were destroyed in some cataclysmic event, which single statement would contain the most scientific information for future generations?"

His conclusion was that it is The Atomic Hypothesis. [Music] The atomic hypothesis states that all things are made up of atoms, tiny particles that are in perpetual motion; they attract each other when a little distance apart but repel if squeezed together. That statement is incredibly important to understand if you want to understand most of the rest of science, because everything is made of atoms, including you and me and the Opera House, and the Harbour Bridge, and the water, and the trees, and the grass, and the air and the clouds, and, well, you get the idea.

Everything is made out of atoms, so it's really important to understand the atomic concept if you're going to understand the rest of science. The idea that everything is made out of tiny particles has been around for thousands of years. The oldest recorded texts are in Greece and India.

In fact, the word atom comes from the Greek atomos, meaning literally, uncuttable. So the idea that they had was if you took a piece of matter, like this piece of aluminium foil, you could cut it in half and in half again each time reducing the number of atoms by half. But the idea was you could not go on doing that indefinitely, for there would come a point when you have only a single atom left and it is uncuttable; it's an atom.

How many times do you think I could cut this A4 sheet of aluminium in half before I reach a single atom?

More Articles

View All
2015 AP Calculus AB 6a | AP Calculus AB solved exams | AP Calculus AB | Khan Academy
Consider the curve given by the equation (y^3 - xy = 2). It can be shown that the derivative of (y) with respect to (x) is equal to (\frac{y}{3y^2 - x}). All right, write an equation for the line tangent to the curve at the point ((-1, 1)). So, we could…
15 BEST Books on LEADERSHIP
You are watching the book club! Every Wednesday, we handpick the best books to improve your life. The 15 best books on leadership! Welcome to aLux.com, the place where future billionaires come to get inspired. If you’re not subscribed yet, you’re missing…
$80,000,000 private jet tour!
Behind us is the future of corporate aviation. Let’s go inside and take a look. This is even bigger than the 6X. This is the standard bedroom with a king-size bed. But we have a larger one, which is a suite where you can have a desk, cabinet, and a seat …
A day in my life in Japan VLOG -Yummy Japanese food ,Apple Store , Studying
Good morning! Oh no, hi guys! It’s me, Judy. Today, I’m back with another vlog. Today, I’m going to be showing you guys a day in my life in Japan. Let’s start the day with our breakfast. The non-negotiable breakfast at my grandparents’ house is at seven a…
RC step response - intuition
In this video, we’re going to introduce the idea of a step response. This is one of the most common occurrences in all of electronics, and it happens anytime there’s some resistance and some capacitance in series. In particular, it happens billions of tim…
Homeroom with Sal & John Stankey - Tuesday, December 1
Hi everyone, Sal Khan here from Khan Academy. Welcome to the Homeroom live stream! We have a very exciting guest today: CEO of AT&T, John Stankey is here. So start putting your questions on Facebook and YouTube, wherever you’re watching it, and I will…