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

Can Our Universe Destroy Itself? #shorts


less than 1m read
·Oct 29, 2024

Can our universe destroy itself? Everything in the universe strives to be in the most stable state possible. For example, a ball on top of a hill is in an unstable state. When pushed, it will roll downhill, lose its potential energy, and end up in a stable ground state.

The same principle applies to quantum fields, which are fundamental concepts in quantum physics and exist throughout our entire universe. They want to be in the most stable state as well. However, one quantum field, the Higgs field, might not yet be in the state of lowest possible energy. Imagine a piece of cloth soaked in gasoline; all it needs is a spark to catch fire.

Hypothetically, this Higgs field could be disturbed so that it falls into a more stable state. This would look like a bubble growing at the speed of light, annihilating everything in its path, destroying the entire universe as we know it. But don't panic; a more stable Higgs field that destroys everything is just a theory. There's a lot about particle and quantum physics we still don't know, but that won't stop us from wondering.

More Articles

View All
Worked example: p-series | Series | AP Calculus BC | Khan Academy
So we have an infinite series here: one plus one over two to the fifth plus one over three to the fifth, and we just keep on going forever. We could write this as the sum from n equals one to infinity of 1 over n to the 5th power, 1 over n to the 5th powe…
Inside Japan’s Earthquake Simulator
This is the world’s largest earthquake simulator. It’s called E-Defense. Its huge shake table can support a 10-story building and then move it in all directions with the force of the world’s most destructive earthquakes. E-Defense has conducted more than …
Constructing linear and exponential functions from graph | Algebra II | Khan Academy
The graphs of the linear function ( f(x) = mx + b ) and the exponential function ( g(x) = a \cdot r^x ) where ( r > 0 ) pass through the points ((-1, 9)) and ((1, 1)). So this very clearly is the linear function; it is a line right over here, and this …
Great White Shark Photo Shoot: Don't Try This At Home | National Geographic
Look at him right here! God, he’s big. Whoa, look at the size of that animal coming right at us! I am in Cape Cod, Massachusetts, which over the last few years has become sort of great white shark central. Man, look at all the seals! That explains everyth…
Buddhism: context and comparison | World History | Khan Academy
We’ve already had many videos on Buddhism and its connections to Hinduism, but what we want to do in this video is more explicitly answer an important question: Why did Buddhism emerge when and where it did? This is a question that you should always be as…
Sea of Shadows Official Trailer | National Geographic
(Dramatic music) - I have visual on their ship. This is organized crime. Mexico Narco traffickers call totoaba the cocaine of the sea. The fishing of the totoaba by Chinese traffickers and Mexican cartels is killing the vaquita. The vaquita is getting ex…