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I haven’t done research on this, but I’ve seen some studies using the Van der Waals analogy and the extended phase space approach. It’s fascinating how black holes show similar critical behavior to real fluids!

I’m not studying this area, but your project sounds fascinating! I’d love to hear more about how you model the radio bursts.

I haven’t used PHOEBE myself, but your project sounds really interesting! I’ve read that it’s quite powerful for modeling complex systems like accretion disks — would love to hear about your results later!

MCMC helps find which parameter values best match the data.The posterior shows how likely each value is — peaks mean higher probability.

Hi!That’s a really cool topic! AI with physics-informed methods can help make sense of messy or limited data by using known physical laws. It’s a smart way to get reliable results even when experiments are hard or data is noisy.

I’m studying the decay of the ^{11}Be halo nucleus using a non-stationary (time-dependent) approach. My research focuses on modeling the breakup dynamics and exploring how halo structures behave under weak binding conditions. Does anyone here work on time-dependent nuclear models or halo nuclei simulations? Would love to exchange ideas or discuss numerical methods! 😊

Hi! That sounds really interesting! I haven’t worked with nuclear matter simulations myself, but I’d love to learn more about what you do. What kind of simulations are you running in C++?