DRUMS: A Cosmos Unification Theory for Physics, Magnetism, Spin, Gravity and Time
TABLE OF CONTENTS
Abstract
4
Core Ontology
5
UFluid: Superfluid Medium
5
Hydrodynamic Formulation
6
Large-Scale Incompressibility
6
Quantized Vorticity
7
Fundamental Excitations
7
Emergent Interaction Fields
9
Boundary of the Superfluid Universe
10
Implications for Observational Phenomena
11
Physical Model
12
Universe as a Superfluid
12
Surface Tension Effects
12
Emergent Gravity from Superfluid Dynamics
13
Structure Formation
14
Early Galaxy Formation
14
Cosmic Web Formation
15
Galactic Dynamics
15
Rotation Curves
16
MOND Correspondence
16
Gravitational Lensing
16
Advantages over ΛCDM
15
Magnetic Substrate and Large-Scale Matter Organization
15
Substrate Uniformity and Apparent Cosmological Symmetry
16
Finite-Domain Droplet Dynamics
16
Removal of Unobserved Mass Components (Dark Matter)
16
Replacement of Inflationary Mechanisms (Inflation)
16
Spatial Uniformity and Directional Symmetry
17
Finite-Domain Matter Distribution Over a Structured Substrate
17
Layered Field Configurations and Resonant Domains
18
Deterministic Structure Formation
18
Observational Consistency
19
Cosmic Microwave Background Uniformity
21
Filamentary Cosmic Web Formation
23
Galaxy Clustering and Void Formation
25
Black Hole Jets and Extreme Collimation
28
Missing Baryons and the Warm–Hot Intergalactic Medium
31
Large-Scale Spin Alignments and Polarization Coherence
34
Universe-Wide Rotation and Spin
41
Global Vorticity of the Superfluid Medium
41
Formation of Vortical Cells
42
Influence of the Cubic Magnetic Substrate
43
Angular Momentum Seeding of Galaxies
44
Black Holes as Vorticity Concentration Regions
45
Jets and Accretion as Angular Momentum Transport
46
Source of Entropy
47
Entropy as Vortex and Tangle Complexity
47
Irreversibility from Topological Processes
49
Thermal Phenomena as Excitation Density
50
Entropy Growth During Cosmic Evolution
51
Information and Substrate Configuration
52
Origins of Time
54
Time as Vortex Tangle Evolution
55
Substrate Clock Mechanism
56
Arrow of Time from Pinning Dynamics
58
Time Dilation and Gravitation
60
Quantum Time and Uncertainty
63
Resolved: Cosmological Time Anomalies
65
Magnetic Field Generation
70
Core Mechanism: Fluid–Substrate Drag
70
Filamentary Magnetic Fields
72
Helical Magnetic Fields from Rotation
77
Dipolar Magnetic Fields
78
Lattice-Aligned Magnetic Bursts (Magnetars and GRBs)
79
Scale Hierarchy of Magnetic Structures
80
Magnetic Field Persistence
81
Magnetization of Materials
82
Standard Model vs Substrate Mechanism
83
Microscopic Magnetization Process
84
Substrate Domain Geometry
85
Millimeter Magnet Example
86
Hysteresis Loop Substrate Physics
88
Resolved: Magnetization Anomalies
89
Mathematical Master Equations
91
Resonance Field Sizes and Locations
93
Harmonic Resonance Volumes: The 1mm Key
93
Resonant Field Amplification
93
Standoff Field Structure
94
Resonance Hierarchy: Related Sizes of Protons, the Bohr Radius, Jupiter and the Milky Way
95
Cosmological Resonance Scale
96
Planetary Harmonic Example
97
Galactic Harmonic Example
98
Downward Scaling Limits
99
Full Resonance Ladder
100
Lattice Alignment: Transient Alignment Events
104
Relative Motion Between Fluid and Substrate
104
Alignment Probability
105
Magnetar Formation
105
Dynamo Coupling During Alignment
105
Gamma Ray Burst Collimation
106
Fast Radio Bursts
107
Type Ia Supernova Brightness Variation
108
Pulsar Glitches
109
Alignment Duration
110
Grid–Sphere Geometry
111
Observable Event Rates
111
Observable Alignment Signatures
112
Near-Field Envelopes
115
Quantized Circulation
116
Magnetic Representation of the Envelope
116
Geometric Forms of Envelopes - “Magnetic Boxes”
116
Envelope Rigidity Spectrum
117
Photon Envelopes
118
Neutrino Envelopes
118
Hadronic Confinement Envelopes
118
Phase Transition of Conical Envelopes
119
Resolved: Anomalous Phenomena
119
Universal Envelope Equation
119
Quantum Tunneling
124
Entanglement
129
Fine Structure Constant
136
Surface Excitation Layer – QFT Existence (The “Beer Foam”)
143
Structure of the Surface Layer
143
Surface Energy Density
143
Mechanism of Surface Confinement
144
Photon Surface Modes
145
Interaction Strength and Surface Behavior
146
Observable and Hidden Physical Quantities
147
Empirical Limits
148
Fate of the Universe
154
Open Questions
157
Conclusions
158
References
160
Appendix A – Testable Predictions
164