For over two decades, dark energy has been the most mysterious element in modern cosmology. Introduced as a hypothetical force, it was meant to explain why distant galaxies appear to move away faster than predicted by Einstein’s relativity and Hubble’s Law. Yet, despite being said to constitute nearly 70% of the universe, dark energy has never been directly observed, detected, or measured. Could it be that this so-called “force” is not real at all, but rather a misinterpretation of flawed assumptions?
This is the question that Scientist Baldevkrishan Sharma, Chairman and Lead Researcher at the Astrogenesis Research Foundation, addresses in his groundbreaking book Natural Universe Expansion (NUE). After more than 25 years of dedicated research, Sharma proposes that dark energy may be unnecessary to explain the universe’s accelerated expansion. Instead, his NUE Theory provides a natural, mathematical explanation rooted in the intrinsic laws of cosmic growth.
The Flaws of Hubble’s Law
Edwin Hubble’s observations in 1929 suggested that galaxies move away from us at speeds proportional to their distance, leading to the concept of a fixed “Hubble Constant.” However, subsequent measurements of this constant have been inconsistent, ranging from 500 km/s/Mpc to NASA’s current 70 km/s/Mpc. These discrepancies create what scientists today call the “Hubble Tension.” To resolve this, mainstream cosmology introduced dark energy as a placeholder — but Sharma argues that this was a conceptual error.
The NUE Solution: The Nu Constant
Sharma’s Natural Universe Expansion introduces the Nu Constant, a dynamic value that incorporates the missing element of time into cosmic expansion equations. Unlike Hubble’s constant, which is static, the Nu Constant evolves, reflecting the continuous, compounding expansion of the universe. This adjustment naturally accounts for the acceleration we observe in distant galaxies — without needing to invoke invisible energies or matter.
By treating expansion as an intrinsic property of the universe itself, NUE eliminates the need for speculative concepts like dark energy and dark matter. It suggests that cosmic acceleration is not the result of hidden forces but rather a fundamental, time-based characteristic of matter and space.
The Living Organic Universe Model
Another key aspect of Sharma’s work is the Living Organic Universe Model, which positions the universe as a dynamic, evolving system — much like a living organism. Just as living systems grow while maintaining balance, the universe expands while preserving stable ratios of temperature, density, and structure. This perspective provides a holistic and practical explanation for cosmic behavior, connecting physical laws with a broader organic framework.
Why This Matters to Science
For scientists, PhD scholars, and cosmologists, the implications are profound. If dark energy is indeed a misinterpretation, much of modern cosmology needs rethinking. The NUE Theory not only resolves inconsistencies in Hubble’s Law but also opens new pathways for astrophysical research, measurement techniques, and cosmological modeling.
Sharma’s research, presented through the Astrogenesis Research Foundation, is an open call to the scientific community: to test, validate, and expand upon this revolutionary theory. By moving beyond unproven assumptions and returning to natural, observable laws, NUE offers a clearer, more sustainable understanding of the cosmos.
Conclusion
Dark energy may not be the mysterious “force” we once believed. Instead, as Baldevkrishan Sharma’s NUE Theory demonstrates, it could simply be a misinterpretation of universal laws. With the Nu Constant and the Living Organic Universe Model, Sharma provides a scientifically grounded, testable framework that challenges conventional cosmology. His book Natural Universe Expansion is a must-read for anyone seeking to truly understand what drives the universe’s expansion.
🔗 Learn more at the Astrogenesis Research Foundation.