For decades, cosmologists have accepted the idea that dark energy makes up nearly 70% of the Universe, acting as the mysterious force behind its accelerated expansion. Yet, despite being one of the cornerstones of modern cosmology, dark energy has never been observed directly. It remains an assumption—an invisible placeholder to fill the gaps in our equations. But what if the Universe’s expansion never needed dark energy in the first place?
This is the groundbreaking proposition of Scientist Baldevkrishan Sharma in his pioneering research work “Natural Universe Expansion (NUE).” Backed by over 25 years of investigation at the Astrogenesis Research Foundation, Sharma introduces a bold alternative that eliminates the need for hypothetical dark forces altogether. His theory argues that the Universe’s acceleration is not caused by an unknown energy field but is instead a natural, intrinsic property of the cosmos itself.
At the heart of this theory is the Nu Constant, a dynamic value that replaces the static Hubble constant. Unlike Hubble’s Law, which struggles with inconsistencies and provides conflicting measurements of the Universe’s age and expansion rate, the NUE framework integrates time as a fundamental factor. The Nu Constant shows that expansion is compounding continuously—naturally explaining why galaxies appear to accelerate away from each other. There is no need to invent dark energy when the equations themselves evolve with time.
Even more revolutionary is Sharma’s Living Organic Universe Model. He proposes that the Universe behaves like a living system—expanding, evolving, and maintaining equilibrium through intrinsic laws. Just as organisms grow and sustain themselves, the cosmos operates with self-regulating dynamics. In this view, cosmic expansion is not driven by mysterious external forces but by natural processes embedded within the very fabric of matter and space.
This perspective has profound implications for cosmology. First, it resolves the so-called “Hubble tension,” the long-standing conflict between different measurements of the Universe’s expansion rate. Second, it provides a clearer mathematical framework for predicting the Universe’s past and future evolution. Finally, it challenges the reliance on concepts like dark energy and dark matter, which, though widely accepted, remain unverified.
For scientists, PhD scholars, and astrophysicists, NUE is more than just a theory—it is an invitation to re-examine the fundamentals of cosmology. By removing unnecessary assumptions and focusing on mathematically consistent natural laws, Sharma opens the door to a new era of space science.
So, what if the Universe’s expansion never needed dark energy? The answer could reshape how we understand everything—from the age of the cosmos to its ultimate fate. Instead of searching endlessly for an invisible force, perhaps it is time to embrace a model that sees the Universe for what it truly is: a living, expanding, self-sustaining system.
🔗 Learn more about the NUE Theory at the Astrogenesis Research Foundation