Theoretical accuracy in cosmological growth estimation

INIS

• acceleration 40%
• accuracy 20%
• anisotropy 20%
• comparative evaluations 20%
• data 100%
• equations 40%
• errors 20%
• galaxies 20%
• general relativity theory 100%
• gravitation 80%
• growth 60%
• lagrangian 40%
• modeling 40%
• mpc 20%
• nonlinear problems 60%
• perturbation theory 40%
• perturbations 20%
• power 20%
• prediction 20%
• red shift 80%
• relativistic range 20%
• simulation 80%
• space 80%
• spectra 20%
• surveys 60%
• values 40%
• volume 40%

Physics

• Anisotropy 20%
• Distortion 40%
• Estimating 20%
• General Relativity 100%
• Gravitation 60%
• Growth 60%
• Independent Variables 20%
• Lagrangian Function 40%
• Model 80%
• N-Body Simulations 20%
• Nonlinear Effect 20%
• Parameter 20%
• Perturbation Theory 40%
• Power Spectra 20%
• Redshift Surveys 20%
• Scalar-Tensor-Vector Gravity 20%
• Simulation 60%
• Standard 60%
• Surveys 40%
• Value 40%
• Volume 40%