3. Open-Chain Wave-Packets and the Grammar of Propagation

Energy Filament Theory (Version: EFT 7.0)

Open-Chain Wave-Packets and the Grammar of Propagation

— Light, Field Quanta, and the Three-Threshold Relay

The EFT Manual of the Universe's Underlying Mechanics | Volume 3

By Guanglin Tu

ORCID: 0009-0003-7659-6138 · Original Work DOI: 10.5281/zenodo.18757546

This series—

The EFT Manual of the Universe’s Underlying Mechanics—

is dedicated to my children, Yiyi and Tutu,

whom I have never forgotten.

In the years to come,

I will continue to seek the truth of the universe

and search for where you have gone.

Sections

• 3.0 A Minimal EFT Overview and an Introduction to This Volume
• 3.1 Why Wave Packets Need a Volume of Their Own: Linking Particle Structure and Field Propagation
• 3.2 The Materials-Science Definition of a Wave Packet: Envelope, Carrier Cadence, and Phase Skeleton
• 3.3 Three Thresholds: Packet-Formation Threshold, Propagation Threshold, and Closure Threshold (Absorption / Readout)
• 3.4 Master Map of Wave-Packet Lineages: Classified by Disturbance Variables
• 3.5 The Shape and Directionality of Light: Twisted Light Filament, Nozzle Orientation, and Polarization Geometry
• 3.6 The Unified Emission Menu: Spectral Lines, Thermal Radiation, Synchrotron/Curvature, Bremsstrahlung, Recombination, Annihilation...
• 3.7 Light Meets Matter: Absorption, Scattering, and Re-emission
• 3.8 Interference: Wavelike Behavior Comes from Terrain-Wave Formation; the Skeleton Governs Only Coherence Visibility
• 3.9 Diffraction and Boundaries: The Apparatus Is Not Background; It Is Wave-Packet Grammar
• 3.10 Near Field and Far Field: Two Operating States of the Same Wave Packet
• 3.11 Gluons: Disturbance-Resistant Wave Packets on the Color Bridge
• 3.12 Gauge Bosons and Transition Loads: W/Z, the Higgs, and the Continuous Spectrum of Intermediate States
• 3.13 Gravitational Waves: The Macroscopic Limit of Tension Wave Packets
• 3.14 Wave Packets Have Their Own Lineages: Spectrum, Polarization, Topological Class, and Degree of Mixing
• 3.15 Wave-Packet Fission and Merging: Scattering, Frequency Doubling, and Nonlinear Frequency Conversion
• 3.16 Noise Wave Packets and Thermal Radiation: The Statistical Physics of Incoherent Envelopes
• 3.17 Wave Packets and Information: Coherence Is the Information Carrier
• 3.18 Materials Phenomena of Extreme Light Waves: Polarization, Dispersion, and Slowing Down
• 3.19 The Vacuum as Material: Vacuum Polarization, Light-Light Scattering, and Pair Production
• 3.20 Quasiparticles: Phonons, Magnons, and Plasmons as Wave Packets Inside Media
• 3.21 From Wave Packet to Particle: the Conditions for Locking and the Unified Grammar of "Condensation / Pairing / Jets"
• 3.22 The Foundational Meaning of the Fine-Structure Constant α
• 3.23 Crosswalk and Takeover: How the "Field Quanta" of Quantum Electrodynamics and Quantum Chromodynamics Become Wave-Packet Lineages in Energy Filament Theory
• 3.24 Volume Summary: Wave Packets Are Clumped Disturbances That Can Travel Far, and Thresholds Determine the Particle-like Appearance