For decades, astrophysics has accepted that dark energy is responsible for the Universe’s accelerating expansion. Mysterious and invisible, dark energy is thought to make up nearly 68% of the Universe’s total energy budget. However, what if this fundamental assumption is incorrect? Scientist Baldevkrishan Sharma, through his groundbreaking research Natural Universe Expansion (NUE), proposes a paradigm-shifting answer: we don’t need dark energy to explain universal expansion.
Sharma’s NUE Theory introduces the revolutionary concept of the Nu constant, a mathematical model that explains cosmic expansion without relying on unobservable forces. Unlike Hubble’s Constant, which assumes a fixed expansion rate and excludes the element of time, the Nu constant incorporates time as a key variable, revealing that the Universe expands at a continuously compounding rate. This eliminates the “Hubble tension”—the inconsistency in measurements of cosmic expansion at different distances and epochs.
In his book Natural Universe Expansion, Sharma demonstrates that the Universe behaves like a Living Organic System, where celestial bodies not only move away from each other but also grow in mass and size while maintaining stable ratios of temperature and density. This natural, intrinsic expansion explains the accelerating motion of galaxies without requiring the hypothetical force of dark energy.
Sharma’s research, developed over 25 years under the Astrogenesis Research Foundation, critically examines the flaws of Hubble’s Law. He proves that its linear model fails to account for modern astronomical observations, especially the accelerating expansion noted by telescopes like Hubble and James Webb. Instead of patching these gaps with invisible energy, the NUE Theory offers a more realistic and observation-aligned model. The Nu constant provides precise, time-adjusted measurements for recessional velocities and distances of celestial bodies, bringing mathematical clarity to cosmological studies.
The Living Organic Universe Model proposed in the NUE Theory views the Universe as a self-regulating system that expands naturally, much like biological organisms grow over time. This removes the need for speculative constructs like dark energy and dark matter, offering a scientifically grounded alternative.
For scientists, PhD scholars, cosmologists, and astrophysicists, Sharma’s NUE Theory is not just an alternative—it’s a revolutionary framework that simplifies cosmological models while staying true to empirical evidence. It urges the academic community to rethink cosmology and explore theories that offer clarity without resorting to unseen forces.
The Natural Universe Expansion Theory is a call for open-minded scientific inquiry. It aligns with observable data, resolves inconsistencies in the current models, and removes the guesswork of dark energy from cosmological equations.
🔗 To explore the full research and support future scientific breakthroughs, visit the Astrogenesis Research Foundation.