Gravity Solutions in the Cloud: A Repository of General Relativity Computations

POSTER

Abstract

The primary objective of this project is the creation of a public repository that provides access to software related to differential calculus and general relativistic solutions to Einstein’s equations. This repository, written in Wolfram coding language, aims to ensure reliable access and maintenance of essential software packages, notably the EDCGRTC package, which supports advanced symbolic and numerical methods for modeling spacetime geometry. Additionally, our repository introduces physical properties and techniques of working with gravitational solutions within this framework. Most significant is the inclusion on detailed computations for gravitational solutions to Einstein’s equations deriving key observables, such as the location of singularities and computation of their associated conserved charges.

Publication: Maxwell, M., Ray, J., Rodriguez, M., & Temoche, L. (2025). Gravity Solutions in the Cloud: A Repository of General Relativity Computations. Manuscript submitted to [The Journal of the Utah Academy of Sciences, Arts, and Letters].

Presenters

  • Morgan E Maxwell

    • Utah State University

Authors

  • Morgan E Maxwell

    • Utah State University
  • Maria J Rodriguez

    • Utah State University
  • Luis Fernando Temoche Hurtado

    • Utah State University
  • Joseph Ray

    • Utah State University