For decades, the mystery of dark energy has puzzled cosmologists and astrophysicists. It was introduced as a hypothetical force to explain why the Universe appears to be expanding at an accelerated rate—a phenomenon that conventional models like Hubble’s Law couldn’t fully account for. But what if this mysterious energy doesn’t exist at all? What if our understanding of cosmic expansion is fundamentally flawed?
Enter the Natural Universe Expansion (NUE) theory, a revolutionary model proposed by Scientist Baldevkrishan Sharma after more than 25 years of meticulous research at the Astrogenesis Research Foundation (www.arf-research.com). Sharma’s NUE theory boldly asserts that dark energy is not needed to explain the accelerating Universe. Instead, he presents a time-integrated model of expansion driven by the intrinsic properties of matter and the geometry of space-time itself.
Why Dark Energy Was Introduced
Under Hubble’s Law, the recession of galaxies is linearly proportional to their distance. However, more recent observations revealed an accelerating rate of expansion, something that Hubble’s linear model couldn’t explain. To fix this inconsistency, cosmologists introduced the concept of dark energy, claiming it constituted nearly 68% of the Universe. But to this day, no one has observed or measured it directly.
NUE Theory: A New Perspective
Baldevkrishan Sharma’s NUE theory proposes a dynamic constant called the Nu Constant (unlike Hubble’s fixed constant) which accounts for the compounding and continuous expansion of the Universe with respect to time. The Nu Constant makes expansion a natural, intrinsic property of the Universe, rather than a result of unknown external forces.
This means that celestial bodies expand, distances grow, and the Universe evolves organically, maintaining stable ratios like density and temperature. This Living Organic Universe (LOU) Model presented by Sharma views the Universe not as a mechanical system, but as a dynamic, living entity with self-regulating mechanisms.
Eliminating the Need for Dark Energy
The core insight of the NUE theory is that acceleration doesn’t need a cause like dark energy. It emerges naturally when time is treated as a variable in cosmic calculations. By integrating time into the expansion model, Sharma shows that the observed acceleration is expected, not exceptional.
This radically shifts the foundation of cosmology. Instead of patching holes in Hubble’s model with unobservable forces, NUE provides a mathematically robust and observationally consistent alternative. And because it doesn’t rely on unverifiable concepts, it invites a more grounded exploration of cosmic dynamics.
The Implications for Science
The NUE theory challenges the current cosmological consensus and opens new avenues for astrophysics and space research. For scientists, PhD students, cosmologists, and astrophysicists, it offers a cleaner framework—free of dark energy—that better aligns with the data collected from missions like Hubble and the James Webb Space Telescope.
If dark energy is truly a misconception, as Sharma argues, then the future of cosmology lies in models like NUE that dare to question the mainstream.
🔗 Learn more and read the full research at Astrogenesis Research Foundation.