For over a century, cosmology has been shaped by theories that attempt to explain the universe’s origin, structure, and expansion. Among these, the concept of dark energy has dominated scientific discussions for decades. Said to make up nearly 70% of the cosmos, dark energy was proposed to explain why galaxies are accelerating away faster than expected. Yet, despite its central role, it has never been observed or measured directly. Could it be that our current cosmological framework needs a complete rethink?
This is precisely the question posed by Scientist Baldevkrishan Sharma, Chairman of the Astrogenesis Research Foundation, in his groundbreaking book Natural Universe Expansion (NUE). Sharma’s work challenges the reliance on hypothetical forces like dark energy and dark matter, offering a natural, testable alternative that may redefine how we understand the cosmos.
The Problem with Dark Energy
Dark energy was introduced as a mathematical necessity when Hubble’s Law and Einstein’s relativity failed to fully explain cosmic acceleration. However, its very existence remains theoretical, with no laboratory evidence or observational proof. For Sharma, this points to a deeper problem: perhaps dark energy is not a real entity, but a misinterpretation of cosmic data.
The NUE Theory and the Nu Constant
In Natural Universe Expansion, Sharma introduces the NUE Theory, which replaces the static Hubble Constant with the Nu Constant. Unlike Hubble’s model, which assumes a fixed rate of expansion, the Nu Constant incorporates time as a factor in cosmic growth. This dynamic approach explains why distant galaxies appear to accelerate without resorting to invisible energy.
By including time, NUE not only resolves inconsistencies in Hubble’s Law but also provides a framework that eliminates the need for speculative concepts like dark energy. The acceleration of the universe becomes a natural, intrinsic process rather than one driven by unseen forces.
The Living Organic Universe Model
Sharma’s vision extends beyond equations. His Living Organic Universe Model suggests that the cosmos functions like a living organism — constantly expanding, evolving, and sustaining itself. Just as biological systems grow in harmony with internal laws, the universe expands according to its natural, built-in principles. This holistic model provides scientists and PhD students with a testable alternative to conventional cosmology, bridging the gap between observation and theory.
Why NUE Matters to Science
The implications of Sharma’s NUE Theory are profound. By resolving the “Hubble Tension” — the inconsistencies in measuring cosmic expansion — NUE offers clarity where standard cosmology struggles. More importantly, it frees astrophysics from reliance on unproven assumptions. For cosmologists, astrophysicists, and researchers, NUE represents a chance to rethink cosmology from the ground up.
Conclusion
Baldevkrishan Sharma’s NUE Theory is not just another cosmological proposal; it is a paradigm shift. By eliminating the need for dark energy and introducing the Nu Constant, Sharma provides a scientifically grounded explanation for cosmic acceleration. His Living Organic Universe Model reimagines the cosmos as a dynamic, natural system.
As presented through the Astrogenesis Research Foundation, Sharma’s book Natural Universe Expansion invites scientists, PhD scholars, and astrophysicists to join in rethinking cosmology itself.
Learn more at the Astrogenesis Research Foundation