Storm at Saturn's north pole
Credit: NASA/JPL-Caltech/SSI/CICLOPS/Kevin M. Gill
Hubble's anniversary images (2019-2025)
"I believe our future depends on how well we know this Cosmos in which we float like a mote of dust in the morning sky." —Carl Sagan
On God we are all studying ts(as in THIS) to take black holes big ahh dihs 😂✌️
@augmentedchordsofficial GET OUT OF MY ACCOUNT NOW
Brown dwarf CFBDSIR 1458+10B 75 light years away is no warmer than a freshly brewed cup of coffee, still preddy hot, yeowch
Feeling stressed? Imagine being squeezed into a point smaller than an atom! 😱 That's what happens at the heart of a black hole. Swipe ➡️ through this post to learn how these cosmic wonders are formed! 🌌✨
@superusrblog 👈🏻 follow
Neutron Stars: Extremely dense, but not infinitely so. A neutron star packs the mass of 1.4–2 times the Sun into a sphere about 10–15 km wide. They are made almost entirely of neutrons and have incredibly strong magnetic fields. Some neutron stars spin rapidly, emitting beams of radiation, and are called pulsars.
Black Holes: Even more extreme, a black hole forms when a collapsing star is so dense that it creates a region where gravity is so strong that nothing—not even light—can escape. This boundary is called the event horizon. Inside, space and time are warped beyond our current understanding.
In a space mood lately. Neutron stars neutron stars supermassive black hole
A black hole is much more than just an empty void in space—it's a complex structure with distinct regions that define its behavior. Here's an excerpt showing some properties of this celestial body.
Here's a close-up for those who can't see (me)
I finally got to the plant appraiser in his idiot hat in my jojolion readthrough.
Also we share a name (although pronounced differently) and I’m never going to be over it…