The combination of numerical relativity and parallel programming is giving us new ways to think about all possible things happening in parallel, as scientists take the mathematical equations, break them down, and run them on a computer to analyze and understand the universe better.
The energy in a hypergraph can be defined as the flux of causal edges through space-like hypersurfaces, or in intuitive terms, the amount of activity in one place. On the other hand, the activity that affects multiple places corresponds to momentum.
In this podcast episode, the speaker discusses the connection between energy and causal graphs in special relativity. He explains how activity, flux and level of changes occurring within a volume are associated with rest mass.
The study of black hole mergers involves breaking down the mathematical equations into a discrete approximation to run on a computer. This allows researchers to better understand what happens during these mergers and provides new insights into the universe.
Parallel programming will eventually involve programming in a specific reference frame and utilizing models from physics to process all possible parallel occurrences while addressing the potential problems of simultaneous timelines.