NHeras

NHeras is a theoretical concept in physics that proposes a modification to Einstein's theory of General Relativity. The core idea behind NHeras is to address certain cosmological observations and theoretical challenges that standard General Relativity struggles to explain. Specifically, NHeras aims to provide a framework that can potentially account for phenomena like dark energy and dark matter without invoking the existence of these enigmatic components.

The NHeras theory suggests that gravity might behave differently at very large cosmic scales than predicted by General Relativity. This deviation from standard gravitational laws could mimic the effects attributed to dark matter and dark energy. Instead of introducing new particles or energy fields, NHeras proposes a modification to the fundamental equations governing spacetime and gravity. Researchers exploring NHeras are investigating how these modified gravitational laws might affect the expansion rate of the universe, the formation of large-scale structures, and the dynamics of galaxies.

While still a theoretical framework, NHeras is being studied as a potential alternative to the standard Lambda-CDM model of cosmology. The development and testing of NHeras involve complex mathematical calculations and comparisons with observational data from various astronomical surveys. The ultimate goal is to determine if this modified theory of gravity can offer a more parsimonious and consistent explanation for the universe's observed behavior.