Speaker
Description
Our study investigates the role of viscous fluids in cosmological evolution and the formation of large-scale structures in the universe. We address crucial questions about cosmic fluids and their impact on the universe's history by employing advanced theoretical models, high-resolution numerical simulations, and comparisons with contemporary observational data. This research may provide insights into longstanding non-equilibrium issues in cosmology, such as dark energy and dark matter mysteries, cosmic web structure formation, and inconsistencies in cosmological parameters. Our unconventional approach combines methodologies from cosmology, fluid dynamics, and computational physics. The findings could introduce new paradigms relevant to the universe, potentially refining or expanding the standard cosmological model. We aim to develop a viscous fluid cosmology model that compares theoretical predictions with observational measurements.
| Stream | Science |
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