Quantum Informational Geometrodynamics (QI-G): An emergent theory unifying quantum dynamics and general relativityD

By David Gutierrez Ule

The quest to unify the fundamental forces of nature remains one of the most

compelling and elusive challenges in modern science. Over a century after the

formulation of General Relativity and the advent of Quantum Mechanics, the chasm

between the geometry of spacetime and the probabilistic fabric of the quantum world

persists. The difficulties encountered in merging these frameworks are not merely

technical-they expose profound questions about the very nature of reality,

information, and causality.

Quantum Informational Geometrodynamics (Q-IG) is proposed as a radical reenvisioning

of this long-standing problem. In place of assuming the primacy of smooth

spacetime or the wavefunction of particles, Q-IG postulates a discrete, dynamical

network of quantum informational nodes as the true substrate of reality. From this

starting point, every aspect of the observable universe-space, time, matter, forces,

and symmetries-emerges collectively as macroscopic phenomena. This approach is

firmly rooted in the philosophy of "It from Bit," yet takes a decisive step further by

embracing the full power of quantum information theory.

This opening section situates Q-IG within the broader history of theoretical physics and

the search for unification. It motivates the abandonment of outdated ontological

assumptions and advocates for a framework in which information and correlation

precede geometry and matter. The reader is introduced to the guiding postulates and

conceptual innovations that define Q-IG, including the relational view of space, the

emergent nature of metric and curvature, and the dynamic evolution of the underlying

informational substrate. Here, we outline the scientific and philosophical stakes of this

research: the hope to derive spacetime from first principles, to resolve paradoxes in

quantum gravity, and to explain the very existence of fundamental constants. This

section is intended not only as an introduction to the contents that follow, but as an

invitation to the reader-physicist, mathematician, or philosopher alike-to engage with

a bold and intellectually transformative vision of reality.

• Format: Paperback
• Language: English
• ISBN: B0F9VLVRQW
• ISBN13: 9798285015628
• Release Date: May 2025
• Publisher: Independently Published
• Length: 128 Pages
• Weight: 0.69 lbs.
• Dimensions: 0.3" x 8.5" x 11.0"