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
Explained: Beaker Ball Balance Problem
You have made your prediction, and now it is time to see what happens when I release the balance. Ready? In three, two, one. The balance tips towards the right, towards the hanging, heavier ball. But why does this happen? Well, the best way I can think o…
Worked example: Predicting whether a precipitate forms by comparing Q and Kₛₚ | Khan Academy
[Instructor] For this problem, our goal is to figure out whether or not a precipitate will form if we mix 0.20 liters of a 4.0 times 10 to the negative third Molar solution of lead two nitrate with 0.80 liters of an 8.0 times 10 to the negative third Mola…
Pangolins: The Most Trafficked Mammal You've Never Heard Of | National Geographic
[Music] The world’s most trafficked mammal is one you may have never even heard of: the pangolin. Despite its lizard-like appearance, the pangolin is indeed a mammal. Some pangolins are as small as a house cat, while others are as big as a medium-sized do…
Gradient and graphs
So here I’d like to talk about what the gradient means in the context of the graph of a function. In the last video, I defined the gradient, um, but let me just take a function here. The one that I have graphed is (x^2 + y^2) (f of xy = (x^2 + y^2)). So,…
Lecture 9 - How to Raise Money (Marc Andreessen, Ron Conway, Parker Conrad)
Um, but I want to start with a question for Mark and Ron, which is by far the number one question. Probably be a link answer: what do you guys decide to invest in—a founder or a company? Neither of you: no, no, no, no, you first. Um, well, we have a sli…
Why We're Jerks Online
Hello everyone! October 2019 is over, which means that it’s time for the next Q&A. As most of you know, there’s a Patreon edition and a public edition. In this public edition, I’ll talk about the effect of the internet in regards to the shadow, which …