For decades, the concept of dark energy has dominated the field of cosmology. First introduced to explain the accelerated expansion of the Universe, dark energy is said to make up nearly 70% of the cosmos. Yet, there is one problem—it has never been directly observed. It remains a theoretical construct, invoked to solve equations that current models can’t explain.
But what if we’ve been asking the wrong questions?
Scientist Baldevkrishan Sharma, through his groundbreaking work Natural Universe Expansion (NUE), presents a radical yet scientifically sound alternative. His research, conducted over 25 years at the Astrogenesis Research Foundation, suggests that we don’t need dark energy at all to explain the Universe’s expansion.
The Problem with Dark Energy
Dark energy was proposed to explain why galaxies appear to be moving away from one another at accelerating speeds. According to Hubble’s Law, the further a galaxy is, the faster it should be receding. However, this linear model failed to account for new observational data showing accelerated expansion.
Rather than revise the law, scientists patched the model with the idea of dark energy—an invisible force pushing galaxies apart. But this theory is based on assumption, not empirical evidence. It lacks mathematical consistency and physical verification.
Introducing the NUE Theory
Natural Universe Expansion (NUE) offers a solution by redefining the very way we measure and understand cosmic growth. The key innovation is the Nu constant, which replaces Hubble’s static constant. Unlike Hubble’s constant (Ho), which assumes a linear expansion, the Nu constant incorporates time, making expansion a continuous, compounding process.
This dynamic approach explains the observed acceleration naturally—without requiring a mysterious force like dark energy. In Sharma’s model, the Universe expands because it is intrinsically designed to do so. It behaves like a living organism—hence the Living Organic Universe model.
Why NUE Says We Don’t Need Dark Energy
Here’s how NUE theory challenges the need for dark energy:
No Missing Force Needed: The acceleration in expansion is explained by time-compounded growth, not an unknown energy.
Mathematically Consistent: The Nu constant accounts for varying rates of expansion across different cosmic timescales.
Universally Applicable: The NUE Law applies from galaxies down to atoms, presenting a unified model of matter and motion.
A Call for Scientific Re-Evaluation
The implications of Sharma’s work are profound. If the NUE theory is validated, it could reshape cosmology, eliminating the need for unverifiable concepts like dark energy and even questioning the Big Bang model itself.
PhD students, cosmologists, and astrophysicists are encouraged to explore this theory—not as a replacement for curiosity, but as a more logical, evidence-driven framework that redefines the Universe’s behavior.
Read the Full Theory
Explore Natural Universe Expansion and discover how the NUE Law could unlock a clearer, more accurate understanding of our cosmos.
🔗 Read more at Astrogenesis Research Foundation