Particle Science

💫| Explaining the wonders of the universe!
🚀| Daily content on Astrophysics
🔭| Be Curious

[Particle Science @ParticleSci_]

Storms on Earth are nothing compared to these... ⛈️
(These aren't real photos, just artistic interpretations)

[Particle Science @ParticleSci_]

This is obviously just my opinion, and everyone can have different views! I would like to read some of your views on the topic!

[Particle Science @ParticleSci_]

What are your views on this? 🤔✨
I personally completely agree with this quote from Carl Sagan, I would rather always look to find the ultimate truth of the universe, and I think that science is the way to do it.

[Particle Science @ParticleSci_]

gamma-ray bursts 💥
#gammaray

[Particle Science @ParticleSci_]

Do you believe there's a multiverse?
#multiverse #michiokaku

[Particle Science @ParticleSci_]

The key difference is that during a kilonova explosion, heavier elements are made, like gold, uranium, platinum, iridium, and more. After the collision, the two neutron stars will become one black hole!

[Particle Science @ParticleSci_]

Neutron Stars part 2! ✨
In part 1 we talked about how Neutron stars form, now we are ready to talk a bit about the incredible properties of these stars!
#neutronstar  #pulsar #magnetar #blackhole #supernova

[Particle Science @ParticleSci_]

What happens when a neutron star collides with another neutron star? They start rotating against each other, which causes gravitational waves. When they collide, they cause a kilonova explosion, which similarly to a supernova, also sends material flying into space.

[Particle Science @ParticleSci_]

What do you think? 🤔
#alienlife #ufo

[Particle Science @ParticleSci_]

New Level Available:
What are Neutron Stars?

https://t.co/Y1k637Toiq

[Particle Science @ParticleSci_]

What remains now is a neutron star! This is how neutron stars form, and their properties are extremely strange.
Part 2 will be out soon! Follow to not miss it!

[Particle Science @ParticleSci_]

How do Neutron Stars form? 🤔🌟
#neutronstar  #fusion #nuclearfusion #supernova #stars

[Particle Science @ParticleSci_]

Remember all the outer layers form the star? Since gravity completely took over, all of these layers are pulled in at 25% the speed of light. Everything falls into the iron core, which bounces off and explodes, sending the rest of the star into space. The star has gone supernova!