Could the Universe itself be alive? This isn’t science fiction—it’s a scientifically grounded theory proposed by renowned researcher Baldevkrishan Sharma in his revolutionary book, Natural Universe Expansion (NUE). Unlike the static models proposed by Hubble’s Law or the theoretical dependence on dark matter and dark energy, the NUE theory introduces a paradigm shift: the Universe is not merely expanding—it’s growing, evolving, and behaving like a living organism.
At the core of this theory lies the concept of the Nu Constant—a time-based constant that replaces the outdated Hubble constant. This time-integrated constant allows for a more dynamic and non-linear understanding of space, mass, and motion. According to Sharma’s work at the Astrogenesis Research Foundation, every celestial body from atoms to galaxies increases in size and mass while maintaining consistent density and temperature. This mirrors biological growth in living systems—where expansion is regulated, purposeful, and interconnected.
The Living Organic Universe (LOU) Model, developed through Sharma’s meticulous research, suggests that the Universe operates similarly to a living body. In Chapter 7 and 8 of the NUE book, he draws astonishing parallels between cosmic expansion and human physiological systems. Just as cells multiply and organs grow in coordination, galaxies expand while maintaining cosmic ratios. The radiation emitted by the Universe (like CMBR) and the role of elements like gravity and energy flows align with systems in biology. Could the Universe have metabolic rates, gendered elements, and even a ‘birth’ process? Sharma says yes—and backs it with equations and data, not just philosophy.
Moreover, the NUE theory challenges the very foundation of current astrophysics. By removing the necessity for dark energy and redefining the age of the Universe as dynamic rather than fixed, it opens up vast avenues for fresh research. It also answers one of cosmology’s most haunting questions: why do current models show inconsistency in cosmic expansion rates? Sharma asserts that it’s because the models lack a time-integrated perspective—something the NUE Law inherently provides.
For scientists, PhD students, and cosmologists, the implications of this are profound. The Universe is not a cold, mechanical structure governed by random events. It may be a living system, deeply interconnected, self-regulating, and evolving—just like a living being.
In essence, Natural Universe Expansion invites the scientific community to look beyond the observable and step into a new age of cosmology. To explore this fascinating living model of the cosmos and learn more about Sharma’s life-changing work, visit www.arf-research.com.