The model is based on a solution to Einstein’s general theory of relativity (our best understanding of gravity) that assumes the universe is homogeneous and isotropic on large scales – meaning ...
The model is based on a solution to Einstein's general theory of relativity (our best understanding of gravity) that assumes the universe is homogeneous and isotropic on large scales—meaning it ...
For all intents and purposes, the universe as we know it will have come to an end. Images: (1-5) From a simulation of the Formation of Galaxies and Large Scale Structure by Michael Norman ...
The Universe comprises clusters and voids of galaxies ... which can inform future theories of structure formation. A magnetic halo featuring coherent magnetized ridges several kiloparsecs above ...
We’re effectively looking back in time at these objects, seeing them as they looked shortly after the birth of the universe ... mathematical models, or simulations, of galaxy formation.
They studied an infant galaxy from that epoch to see how star formation differs from that of galaxies in the universe today ... this age with theoretical models, but now they have the observations ...
Galaxies in the universe today ... noticed that star formation was happening farther away from the core, with formation activity gradually rising toward the outskirts of the galaxy as it grew in size.