Dr. Ahmad A. Hujeirat
CA-AD Computational Astrophysics and Algorithmic Design

Contents

Overview of contents

The End of the Black Hole Era — Emergent Gravity, Quantum Condensates, and the Infinite Universe

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Introduction

The introduction presents the scientific, mathematical, and philosophical framework of the book — and leads into the central thesis: the end of the classical black-hole paradigm and the emergence of a singularity-free cosmology.

Part I — Foundations and critique

1

The classical singularity and its limits

Historical development and critical analysis of the black-hole concept in general relativity.

2

Quantum mechanics at the edge of gravity

Tensions between quantum field theory and gravity — the problem of the Planck scale.

3

Existing approaches to quantum gravity

Overview and assessment of loop quantum gravity, string theory, and related approaches.

Part II — Emergent gravity & quantum condensates

4

Gravity as an emergent phenomenon

Thermodynamic and statistical foundations of a macroscopic theory of gravity.

5

Mathematical formalism of emergence

Development of a consistent analytical framework for emergent gravity in compact objects.

6

Numerical implementation and tests

Computational methods and comparison of the theory with observational data.

7

Vacua in Physics and in Cosmology S. 165

Analysis of the vacuum state in physics and cosmology — from vacuum energy and cosmic dynamics to SuSu matter and the false vacuum state.

  • Gravity, Vacuum Energy, and Cosmic Dynamics S. 167
  • SuSu Matter and the False Vacuum State: Further Considerations S. 174
8

The interior of compact objects

Reinterpretation of neutron-star-like objects beyond classical equilibrium models.

9

Beyond the event horizon

What exists where classical models fall silent — a quantum-condensate-based outlook.

Part III — Cosmology without singularity

10

The Decay of the Big-Bang Progenitor and the Emergence of the Fireball S. 197

How the progenitor of the Big Bang decayed and the cosmic fireball arose — from hadronization to the collapse of the SuSu condensate.

  • The Runaway of Hadronization and the Creation of the First Elements S. 198
  • The Collapse of the SuSu Condensate S. 206
  • Dynamics During the Hadronization Phase S. 209
11

Structure and evolution of the infinite universe

Implications of the theory for large-scale structure, dark energy, and matter.

12

Hubble Constant and Hubble Tension S. 235

The Hubble tension reconsidered — via an extended metric and the transition from the Hubble constant to the Hubble function.

  • The ℋ-Metric and the Evolution of Spacetime Topology S. 237
  • From the Hubble Constant to the Hubble Function S. 239
13

Cosmology without singularity

A new cosmological model without a Big-Bang singularity, based on emergent dynamics.

Part IV — Philosophical dimensions of the infinite

14

Creatio ex Nihilo and the Infinite Universe: The UNIMOUN Perspective S. 289

Philosophical and cosmological foundations of the UNIMOUN worldview: from a habitable universe and creation from nothing to the origin of mathematics and life.

  • How Black-Hole Suppression Favours a Habitable Universe S. 292
  • Creatio ex Nihilo and the Infinite Parent Universe S. 294
  • The Origin of Matter in the Parent Universe S. 298
  • The UNIMOUN View of the Origin of Mathematics and Its Unreasonable Effectiveness S. 305
  • The Innate Roots of Human Abstraction: From Biological Adaptation to Abstract Thought S. 309
  • The Inevitable Emergence of Mathematics S. 313
  • Mathematics as an Adaptive Human Construction S. 317
  • The Origin and Universal Significance of Life S. 319
  • The Origin of Life: Final Conclusions S. 320

Appendix

A

Mathematical supplements

Derivations, tensor calculus, and complementary proofs.

B

Numerical methods

Algorithms and implementation details of the numerical simulations.

C

Bibliography

Complete reference list of primary and secondary literature used.