What happens when you give 1,000,000 particles their own gravity and spring repulsion and send them out to play? Watch the video above and find out.
This was created by David Moore, a self-taught computer programmer, aspiring physicist and student at San Diego Miramar College. It’s a custom code made with SDL/C++ and 8 days of render time. According to David there’s a bug at the end “where particles can get arbitrarily high energy… but before that it’s very physically accurate!”
It’s fascinating to watch the attraction process take place — one might envision a similar process occurring in the early Universe with the formation of the first galaxies and galactic clusters out of a hot, uniform state. Plus it’s great to see young talented minds like David’s working on such projects for fun!
There just might be hope for us after all.
Video by David Moore
It’s a well known fact that black holes absorb anything that falls into them. Often…
On February 15th, Intuitive Machines (IM) launched its first Nova-C class spacecraft from Kennedy Space…
We can't understand what we can't clearly see. That fact plagues scientists who study how…
Historical astronomical records from China and Japan recorded a supernova explosion in the year 1181.…
This is an image of the FS Tau multi-star system taken by the Hubble Space…
Anyone can be an underachiever, even if you're an astronomical singularity weighing over four billion…