@holvek: Black hole programming relies on relativistic ray tracing to simulate how extreme gravity bends light. Unlike standard computer graphics where light travels in straight lines, this method tracks rays backward from the observer's camera into the curved spacetime. The program calculates the complex paths step-by-step using Einstein's equations of General Relativity. During the simulation, the algorithm checks the destination of each ray to render the final image. If a ray crosses the event horizon, it is trapped, and the pixel is colored pitch black. Rays that escape may pass through the glowing accretion disk or hit distant background stars, creating the iconic distorted visual known as gravitational lensing. For real-time, interactive rendering, writing shaders (GLSL/HLSL) via WebGL or game engines is the best approach. However, if your primary goal is physics accuracy and scientific plotting, Python with NumPy and SciPy is the ideal choice for prototyping the complex astrophysical equations. #blackhole #it #programming #astro

THATONE_ASTROGUY :

😏🔥😎 ASTRONOMY

editz_743 :

black hole edit before GTA 6

ms_anonimo :

song

чё? :

э а где черный?

fabricioprez63 :

🎃🍁𝑠𝑜𝑝ℎ𝑖𝑎🏎️💨 :

My background

Dima :

7 минут назад ◀️

Ergys Ergys :

Mateo Markovic :

l.mgojo

Voidkid_null :

𝐊𝐢𝐫𝐢𝐩𝐜𝐡𝐢𝐤🜲 :

три минуты назад

Lq bán fan =) :

Phoenix A 😬

Dio :

eu gostun

Fah8 (peak arc) :

O de interestrelar é a mais detalhada simulação de um buraco negro

ナツキ・スバル 菜月 昴. :

Puedes hacer un edit con la canción de “Sua Cavalona Hardstyle Speed up”

gabrielrys :

user3659526884569 :

sԵαɾճlմҽ✮ :

bus_bus :

Milkshake 🫪🍓💫 :

Тон 618

Kyrie AJ :

shout out you bro

Izick :

bruh I'm not the beat

𝓖𝓔𝓜𝓘𝓝𝓘 :

and that

TootieJ1s :