Scalar-Torsion Dynamics in Unified Cosmogenesis β The Foundation of Nudimmud Physics
Scalar-Torsion Dynamics in Unified Cosmogenesis β The Foundation of Nudimmud Physics
π¬ Unlocking the Secrets of Quantum Gravity & Cosmology π¬
For decades, physicists have struggled to reconcile quantum mechanics with Einstein's theory of gravity. Now, Nudimmud Physics-a groundbreaking unified scalar-torsion cosmological framework-offers a revolutionary solution!
π Key Breakthroughs:
β
Resolves Quantum Gravity & Cosmological Singularities β No more "infinite density" problems at the Big Bang!
β
Smooth Cosmological Bounce β A singularity-free universe with a scalar-torsion potential that avoids collapse.
β
Enhanced Matter Clustering (Οβ = 0.865) β Better matches galaxy formation observations.
β
Higher Hubble Constant (Hβ = 70.55 km/s/Mpc) β Aligns with modern cosmological tensions.
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Unifies Loop Quantum Gravity & String Theory β Bridging two of the most profound theories in physics.
π Methodology:
Theoretical & computational study (March 2024β2025, GreenTheDream.com).
Unified scalar potential combining scalar-torsion cosmology, quantum gravity, and string moduli stabilization.
Numerical simulations confirming bounce behavior, growth factors, and Hubble expansion rates.
π Why This Matters:
Nudimmud Physics simplifies quantum gravity while making testable predictions that can be verified by modern telescopes (e.g., DESI, JWST). It could redefine our understanding of cosmic origins, dark energy, and the fundamental structure of spacetime!
π References & Further Readhttps://bookstore.bookpi.org/i.org
Full study details available upon request.
Computational models developed at Dept. of Theoretical Physics & Computational Cosmology, GreenTheDream.com.
π¬ Join the Discussion!
What do YOU think about this new approach to quantum gravity? Can scalar-torsion dynamics finally solve the biggest puzzles in cosmology? Drop your thoughts below! β¬ οΈ
#QuantumGravity #Cosmology #Physics #BigBang #LoopQuantumGravity #StringTheory #NudimmudPhysics #ScienceBreakthrough #UnifiedPhysics #ScalarTorsion #QuantumGravity #BigBangTheory #PhysicsBreakthrough #UnifiedFieldTheory
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Scalar-Torsion Dynamics in Unified Cosmogenesis: The Foundation of Nudimmud Physics
Layman Abstract : Scientists have long tried to understand how everything in the universe works-from the tiniest particles to the biggest galaxies. Two main theories help with this: Quantum Mechanics explains very small things, while General Relativity explains very big things like planets and stars. Both work well on their own, but they don't agree when we try to use them together, especially when studying extreme situations like the beginning of the universe.
This study introduces a new idea called Nudimmud Physics, which tries to bring these two theories together. It uses a simple model that combines ideas from gravity, quantum physics, and string theory. The researchers created a formula that describes how the universe might have started-not with a single Big Bang point, but with a "bounce" that avoids the problem of an infinitely small beginning.
Computer tests using this model show that the universe could expand smoothly after this bounce, and the results match real observations-like how galaxies are spread out and how fast the universe is growing.
In short, Nudimmud Physics gives us a new, easier-to-test way of thinking about the universe's beginning and its behavior at every size. It may help scientists finally connect the laws of the very small with the very large, bringing us closer to a complete theory of everything.
Your Queries: -
Quantum gravity unification breakthrough
Scalar-torsion cosmology explained
Resolving cosmological singularities
Loop Quantum Gravity vs. String Theory
New physics beyond General Relativity
Quantum Gravity
Cosmology
Scalar-Torsion Theory
Nudimmud Physics
Cosmological Singularity
Big Bang Alternative
Loop Quantum Gravity
String Theory
Unified Physics
Quantum Mechanics and General Relativity
Cosmic Bounce
Hubble Tension
Dark Energy
Modified Gravity
Theoretical Physics
Quantum Cosmology
DESI Survey
Matter Clustering (Οβ)
Scalar Field Dynamics
Moduli Stabilization
New Physics Discovery
Beyond Standard Model
JWST (James Webb Space Telescope)
Future of Cosmology
Science Breakthrough 2025