For decades, dark energy has been one of cosmology’s greatest mysteries. Scientists introduced it as a hypothetical force to explain why the universe’s expansion appears to be accelerating. But what if dark energy isn’t needed at all? What if the universe’s behavior can be explained through a more natural, intrinsic law?
This is where Natural Universe Expansion (NUE), proposed by Scientist Baldevkrishan Sharma, offers a groundbreaking shift. Developed under the Astrogenesis Research Foundation, NUE introduces a Nu Constant—a dynamic, time-dependent equation that naturally accounts for cosmic acceleration. Unlike Hubble’s Law, which assumes a static constant and relies on dark energy to “fill in the gaps,” NUE integrates time as a critical factor in cosmic expansion.
Sharma’s theory suggests that the universe expands through continuous compounding growth, where celestial bodies not only move apart but also increase in mass and size while maintaining constant density and temperature. This intrinsic property removes the need for mysterious forces. In fact, NUE frames the cosmos as a Living Organic Universe, where expansion is an inherent characteristic of matter itself.
For scientists and PhD researchers, this means rethinking fundamental assumptions about cosmology. Could dark energy be a misinterpretation of natural expansion? NUE provides the mathematical and conceptual framework to explore that possibility.
Learn more about this breakthrough at www.arf-research.com.