Prompt

"Generate an image representing the Tolman–Oppenheimer–Volkoff equation, a mathematical concept in astrophysics and general relativity. The image should feature a stylized, swirling vortex of blue and purple hues, symbolizing the complex relationships between pressure, energy density, and mass distribution in relativistic stars, such as neutron stars. In the center of the image, incorporate a subtle, mathematical representation of the equation's form: dP/dr = -G [ε(r) + P(r)/c^2][m(r) + 4πr^3P(r)/c^2]/[r(r-2Gm(r)/c^2)]. The background should be a deep, starry night sky, representing the astrophysical context. The overall style should be abstract, yet evocative of the equation's significance in understanding compact objects."

Image by stabilityai/stable-diffusion-3.5-large-turbo