How Neutrinos Shape the Fireballs of Neutron Star Collisions
A comprehensive review reveals how three competing numerical schemes for modeling neutrinos in neutron star merger simulations each carry distinct ...
A comprehensive review reveals how three competing numerical schemes for modeling neutrinos in neutron star merger simulations each carry distinct ...
A major review surveys the physical models and three-dimensional hydrodynamic simulation techniques used to unravel common-envelope evolution, the violent stellar ...
A comprehensive review traces six decades of computational innovation—from Fokker–Planck models to GPU-accelerated direct N-body simulations—that now allows astronomers to ...
A new review explains why turbulence is the central unsolved challenge in simulating neutron star mergers and how relativistic large-eddy ...
A new study shows that magnetic fields along the TianQin orbit produce acceleration noise that stays within the mission's demanding ...
The Lemaître Conference 2024 at the Vatican Observatory gathered leading physicists to tackle the Hubble tension, black hole singularities, gravitational ...
A new Bayesian study uses r-mode oscillations and NICER observations to constrain the viscous damping that stabilizes rapidly rotating hybrid ...
A mathematical study has overturned a long-standing expectation about gravitational waves: a spacetime can remain geodesically complete even when its ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine