<ul><li>In 1998, the discovery of the Universe expanding faster challenged cosmological assumptions.</li><li>Scientists explore explanations for cosmic acceleration, questioning Einstein's relativity.</li><li>New research delves into theoretical models and parameters like μ and η to understand gravity.</li><li>μ adjusts Poisson's equation, while η measures space-time distortions.</li><li>Gravitational lensing results and galaxy clustering are key data points for testing these parameters.</li><li>Researchers analyze DES data to compare distortion of time and space with Einstein's predictions.</li><li>A slight discrepancy in gravitational wells 3.5-5 billion years ago hints at possible cosmic scale gravity variations.</li><li>While challenging Einstein's theory, the incompatibility found is not enough to invalidate it at this stage.</li><li>Further research with Euclid telescope aims to provide more precise data for testing Einstein's equations.</li><li>Exploration of cosmic mysteries may lead to a reshaping of our understanding of the Universe.</li></ul>

New research findings challenge Einstein’s landmark theory of relativity

Discover more